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CONFERENCE PROGRAM

SUNDAY AFTERNOON3:30 p.m.TT Tutorial Symposium: Recent Advances in Nanomagnetism

MONDAY MORNING8:15 a.m. – 12:45 p.m.AP Flexible Media SystemsAQ Inductive Recording Heads and Materials IAR Hard Magnetic Materials IAS Anisotropy and MagnetostrictionAT Computational Magnetism IAU Computational Magnetism IIAV Magnetoelectronic Devices and Spin-Torque

9:00 a.m. – 12 NoonAA Magnetization Dynamics: Ultrafast Switching (symposium) AuditoriumAB Advanced Media I: AFC and Patterned ForumAC GMR and Exchange Bias Room AAD HDD Interface and Tribology Room BAE Magnetostriction and Shape Memory Effects Room C & D

MONDAY AFTERNOON1:15 p.m. – 5:45 p.m.BP MR-Based Heads IBQ Protective Layers in HDD InterfaceBR Channel and System Considerations for Magnetic RecordingBS Mechanics of Recording SystemsBT Novel Recording MethodsBU Soft Ferrites and Thin FilmsBV Magnetic SteelsBW High Frequency Effects and Materials

2:00 p.m. – 5:00 p.m.BA State of the Art in Magnetic Recording Technology

(symposium) AuditoriumBB Spin Electronics ForumBC Patterned Films I Room ABD Imaging and Measurement Room BBE Rare Earth Iron Borides Room C & D

TUESDAY MORNING9:00 a.m. – 1:00 p.m.CA MR-Based Heads II AuditoriumCB Recording Physics ForumCC Thin Films: Surfaces and Interfaces Room ACD Giant Magneto-Impedance Room BCE Magneto-Chemistry and Magnetic Fluids Room C & DCZ IEEE Magnetics Society Awards Ceremony Auditorium

WEDNESDAY MORNING8:15 a.m. – 12:45 p.m.DP HDD Interface and Slider DesignDQ Applications of Soft Magnetic MaterialsDR Thin FilmsDS Magneto-optic and Magneto-caloric EffectsDT Measurement and InstrumentationDU Imaging

9:00 a.m. – 12 NoonDA Exchange Biasing (symposium) AuditoriumDB Perpendicular Recording Media Forum

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DC Soft Nanocrystalline Materials and GMI (symposium) Room ADD Micromagnetics and Computational Magnetism Room BDE Tunnel Magnetoresistance I Room C & D

WEDNESDAY AFTERNOON1:15 p.m. – 5:45 p.m.EP Recording Physics and Media for Perpendicular RecordingEQ Recording Physics and Thermal StabilityER Tunnel Magnetoresistance IIES Exchange Bias FilmsET Exchange BiasingEU Patterned Films IIEV Magnetic Devices: Modeling and ExperimentsEW GMR and Spin Valves

2:00 p.m. – 5:00 p.m.EA Magnetization Dynamics: Excitations and Relaxation

(symposium) AuditoriumEB Advances in Magnetic Imaging (symposium) ForumEC Coding and Data Detection Room AED High Anisotropy Thin Films Room BEE Half Metallics I Room C & D

THURSDAY MORNING8:15 a.m. – 12:45 p.m.FP Longitudinal, AFC and Patterned MediaFQ Alloy Perpendicular MediaFR Half Metallics IIFS Hysteresis ModelingFT Applications of Hard MagnetsFU Biomedical ApplicationsFV Industrial Sensors, Processes and Machines

9:00 a.m. – 12 NoonFA Semiconductors in Spin-Electronics (symposium) AuditoriumFB Inductive Recording Heads and Materials II ForumFC Nanoparticles and Self-Assembly I Room AFD High Frequency Properties of Soft Materials Room BFE Electrical Machines I Room C & D

THURSDAY AFTERNOON1:15 p.m. – 5:45 p.m.GP Signal Processing for Perpendicular RecordingGQ Magneto-optic RecordingGR MicromagneticsGS Interface Effects in Thin FilmsGT Nanoparticles and Self-Assembly IIGU Electrical Machines IIGV Magnetisation Dynamics in Thin Films and ElementsGW Semiconductors for Spin Electronics

2:00 p.m. – 5:00 p.m.GA The Future of Magnetic Recording Technology (symposium) AuditoriumGB Patterned Nanowires ForumGC Nanocrystalline and Amorphous Materials Room AGD Hard Magnetic Materials II Room BGE Biochips, MEMs and Sensors Room C & D

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GENERAL INFORMATION

SCOPE OF CONFERENCEThe Intermag Europe 2002 Conference is a forum where scientists and engineerscan discuss new developments in the field of applied magnetics. It is aconference that shares the latest information in the broad field of magnetism andmagnetic materials. The diversity of the field is represented by a large number ofparticipants from companies and universities. At the Intermag Europe 2002, theinvited symposia highlight the latest technical developments and a total of 8symposia are planned. The topics include ultra fast switching, state-of-the-artmagnetic recording technology, exchange biasing, soft nanocrystalline materials,magnetisation dynamics, advances in magnetic imaging, semiconductors in spin-electronics and the future of magnetic recording technology. In addition to thesymposia, many sessions will feature one or more invited presentations on keytopics.The IEEE and Magnetic Society Awards will be presented to outstandingmembers of the magnetic community at a session beginning at 11:45 on TuesdayApril 30. Intermag Europe 2002 provides an outstanding opportunity forparticipants to meet their colleagues in one of Europe’s most historic and livelycities and to discuss the latest technical developments in the field of appliedmagnetics.

TUTORIAL: “Recent advances in Nanomagnetism”A special tutorial session around the theme: “Recent advances inNanomagnetism” is organised by the Education Committee of the IEEEMagnetic Society. The tutorial speakers are D.Weller (Seagate Research,Pittsburgh), B.Terris (IBM Almaden) and J.W. Harrell (University of Alabama)and will be held on Sunday April 28 from 15:30-18:00.

AMSTERDAM INFORMATIONIt was in 1275 that Amstelledamme was first mentioned, named after the dambuilt in the river Amstel. In 1300 Amsterdam received civic rights and itscitizens won the right to their own judiciary, laws and city government. Fishingand particularly the grain trade quickly brought great wealth to the city. Theperiod from 1580 to 1720, known as the Golden Age, was the most significantone in Amsterdam’s history.The city’s prosperity in the Golden Age was also a great stimulus for art andculture. Rich merchants were eager to be painted in all their finery, eitherindividually or in massive group portraits, which you now can view in theRijksmuseum and the Amsterdam Historisch Museum. Rembrandt was the mostfamous artist at the period. The Rembrandt house, which is the original housewhere he lived for more than 20 years, can be visited as well.Amsterdam is one of Europe’s most historic cities, though it is young at heart.You’ll notice its liveliness as you wander through the picturesque narrow streetsof Amsterdam’s centre, the oldest part of the city, criss-crossed by its dreamycanals, enjoying the relaxed atmosphere in the streets. Lean back in the comfortof your canal cruise boat and watch the beautiful old houses glide by. Along thecanals you’ll see the richly decorated old patrician houses and you‘ll be toldabout the several different sorts and the monuments you pass. You enjoy aunique view of the architecture of the old town from the canal boat, so step intoone and watch seven centuries of history drift by. More museums can be seen. Ifmodern art appeals to you more, then you’ll certainly want to visit the StedelijkMuseum. Is Vincent van Gogh attracting you more? Please visit the Van GoghMuseum that has over 200 of his paintings. The famous Anna Frank house isalso open for the public. It is the place where the young Jewish girl wrote herdiary. The Scheepvaart Museum (Maritime Museum) contains one of theworld’s finest maritime collections, including ship models charts, flags andpaintings. Amsterdam has much more to offer. Please consult the conferencewebsite (www.intermagconference.com) for links to further information.

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CONFERENCE LOCATIONThe Intermag Europe 2002 will be held on Sunday April 28 - Thursday May 2 atthe RAI Congress Centre, Europaplein, Amsterdam. The RAI is situated in thesouthern part of Amsterdam, only 3 km from the city centre and 10 km fromSchiphol International Airport. Oral and poster sessions as well as the exhibitionand bierstube will be organised in the same building. During lunchtime arestaurant will be available to serve Intermag participants. The Intermag 2002telephone number, during conference hours, is: + 31 - (0)20 – 54 45 926

REGISTRATIONYou can register in advance at a reduced rate either online at the Conferencewebsite (www.intermagconference.com) or by completely filling out theincluded registration form. Registration forms also can be downloaded from thisConference website. Advance payment in U.S. dollars must be made only byMasterCard, Visa, American Express or check (personal or corporate). Makechecks payable to “Intermag 2002”. All Conference attendees, includingspeakers, must pay registration fees.

Also, there will be on-site registration, but at higher rates. Checks or cashtaken in onsite must be in Euros – no other currency will be accepted. AfterFriday, April 5th only higher registration rates will be accepted. Forms notaccompanied by payment or with incomplete credit card information willbe considered “late” and the higher rates will be collected on-site.

Prior to April 5th, 2002 After April 5th and On-siteCheck Credit Card Check Credit

CardIEEE Member $545 $560 $595 $610IEEE Non-Member

$620 $635 $685 $700

Retirees $270 $285 $270 $285Students $170 $185 $170 $185Additional DigestBook

$45 $45

Social Event $65 $65

All registrants paying the full registration fees will receive a copy of the DigestBook at the Conference Registration Desk. They will also receive theConference Proceedings, scheduled to be published in the fall of 2002 in theIEEE Transactions on Magnetics. Students and retirees may register at areduced rate, but they will not receive a copy of the Proceedings.

Additional copies of the Digest Book may be purchased for $45 each, either inadvance (to be mailed following the Conference) or onsite at the RegistrationDesks. All attendees will be required to wear Intermag 2002 name badges toenter the Technical Sessions and Exhibits. The use of cameras, videotapingand/or recording devices is prohibited.

REMEMBER: All “Advance Registration” forms must be accompanied byfull payment and must be received by Friday, April 5th, 2002.

To pick up your advance registration materials or to register onsite, pleaseproceed to the Conference Registration Desks, located in the Forum Lounge ofthe RAI Convention Center. The hours that the Conference Registration Deskswill be open are as follows:

Sunday, April 28 13:00 - 18:30 hoursMonday, April 29 08:00 - 18:00 hoursTuesday, April 30 (Queen's Day) 08:30 - 11:00 hoursWednesday, May 1 08:00 - 14:30 hoursThursday, May 2 08:00 - 12:00 hours

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TRANSPORTATIONMore detailed transport information is available on our website.

By plane: As many as 80 airlines fly to Amsterdam Schiphol InternationalAirport, conveniently located in the heart of western Europe. On arrival, you canboard a train (direction Utrecht Centraal or Lelystad Centrum) which will carryyou directly to the Amsterdam RAI train station (4 trains per hour) within lessthan 10 minutes. After 7 minutes walking from the Amsterdam RAI station, youwill arrive at the congress centre. The price for a train ticket to the RAI is about1.75 Euros (single, 2nd class) while the price for a taxi is about 23 Euro. Theprice for the train from Schiphol to the Amsterdam Central Train station (citycentre) is 2.75 Euros (single, 2nd class) while a trip with a taxi to most of thehotels costs about 28 Euro.

By train: International trains from Roosendaal/Belgium/France connect atSchiphol with trains going to the Amsterdam RAI train station. If you arecoming from Arnhem or Germany, the fastest way to reach the RAI is to take thetrain to Amsterdam Duivendrecht station, where you can change trains forAmsterdam RAI station. There is also a direct train connecting Amsterdam RAIstation with Rotterdam, Den Haag (the Hague) and Leiden.If you arrive at the Amsterdam Central Station you can take the Amsterdamexpress tram 51 (travelling time 12 min; exit at the RAI train station) or tram 4(travelling time 30 min; exit at the RAI Europaplein.

By car: Directly on approaching Amsterdam via the A1 motor way(Amersfoort/Amsterdam), A2 motorway (Utrecht/Amsterdam) or A4 motorway(Den Haag/Amsterdam) and entering the ring road Amsterdam (A10), the RAI isindicated on signboards, which show the route to the RAI multi-story car parks.The RAI is located right next to the Amsterdam ring road (A10) at exit S109.Signboards refer repeatedly to the RAI.

Tram and Metro in Amsterdam: All hotels are close to tram or metroconnections.

VISA REQUIREMENTSForeign citizens must carry a valid passport and/or visa to enter the Netherlands.You can contact the Dutch embassy in your country for more information.Please do this well in advance, since a visa application can take up to threemonths!If you need a personal letter of invitation to attend the conference, please contactCourtesy Associates (intermag@courtesyassoc.com). Be sure to provide yourcomplete mailing address so that a signed letter of invitation can be mailed toyou via standard mail service. Please note that the Intermag Conference cannotcontact or intervene with any embassy of the Netherlands or consulate officeabroad on your behalf.

HOTEL ACCOMMODATIONThe RAI Conference Center does not have its own hotel accommodation.Reservation of the official conference hotels, with discount, can be bookedthrough the RAI Hotel Service. For the Intermag 2002, hotel rooms have beenreserved in various price categories. Hotel information and booking details aregiven at the Intermag Europe website and you also will find a bookings form inthis programme book. A list of the hotel for which prices were confirmed at thetime of the printing of the programme book is given as the second page of theHotel bookings form. Please check our web-site for more detailed informationon prizes and location. The deadline for booking the reduced room rate is set forFebruary 15, 2002. After this date, RAI Hotel Service can still be contacted forbooking of hotels, but neither price nor availability are guaranteed.Because the conference period includes the Queen’s birthday (April 30) it isadvisable to reserve your hotel accommodation as soon as you can. This day is anational holiday and consequently there will be many tourists in Amsterdamlooking for accommodation.

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ORAL PRESENTATIONSSymposium and other invited presentations as well as some of the digestscontributed will be presented orally. All presentations must be in English.Invited and symposium speakers will be allowed 25 minutes plus 5 minutes fordiscussion. For contributed speakers the total time is 12 minutes plus 3 minutes.Oral presentations are given on Monday, Wednesday and Thursday from 9:00-12:00 and 14:00-17:00 and on Tuesday 9:00-11:30.Intermag Europe 2002 will be the first Intermag conference in which digitalprojection equipment (“beamers”) will be available in all conference rooms.Speakers who wish to use this equipment will have to bring their own notebookor laptop. During every session an operator will be available who will connectthe notebook to the projector. To ensure smooth operation, a strict procedurewill be enforced: detailed instructions will be sent to all speakers and will beposted on the Intermag website. To keep the time schedule precisely as plannedthe presenters must also bring overhead sheets. In case a problem with a digitalpresentation occurs, which cannot be solved within a minute, the speaker will beasked to transfer to his/her transparencies. The session chairs have beeninstructed and will take care about the precise schedule of the whole meeting.

POSTER SESSIONSThe poster sessions are planned on Monday, Wednesday and Thursday from08:15-12:45 and 13:15-17:45. Presenters should set up their poster at least 15minutes before the scheduled session. Presenters are reminded to remove allmaterials, excluding the pushpins that have been provided by the Conference,promptly, at the end of their session.

PUBLICATIONThe deadline for manuscript submission is February 14, 2002. The presentermust be a registered participant of the conference. Authors of digests acceptedfor presentation (oral or poster) at the conference are invited to submit fullmanuscripts for publication. The Intermag 2002 papers are scheduled to bepublished in the September 2002 issue of the IEEE Transactions on Magnetics.Instructions for manuscript preparation will be given at our website and will besent to authors of accepted digests. As usual, the submitted manuscripts will bereviewed by minimum two referees per manuscript according to the highstandards of regular papers for the IEEE Trans.Mag. The manuscript reviewprocess will be completed prior to the conference. Only papers that haveactually been presented at the conference and that were submitted in time will beconsidered for publication. The length limit is three pages for contributed papersand six pages for invited papers.

PUBLICATION ROOMThe publication room will be clearly indicated during the conference and is theplace where authors can check the status of their manuscripts. The status of allpapers will be posted there. In case the status of a paper was not communicatedprior to the conference, the authors should check periodically on their ownindividual papers. Authors may leave messages for their editors, but there willbe no official time at which an editor can be found in the publication room.Editors will respond to messages and questions as promptly as possible. Thisroom will be open on Monday, Wednesday and Thursday, between 09:00-17:00and on Tuesday between 09:00-13:00.

ACCEPTED PAPERSAs a rule, only papers that receive two positive referee reports will be consideredfor publication by the Editorial Board. In case of acceptance, May 22, 2002 isthe deadline for submission to the designated editor of ‘the final paper kit’(according to instructions that will be provided to authors).

SPEAKER PRACTICE ROOMA room will be available for speakers to practice their presentations.Audiovisual equipment will be available for authors to use from 08:00-17:00Monday to Thursday excluding Tuesday afternoon.

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EXHIBITIONThe exhibition hours are Monday 09:00-18:00, Tuesday 09:00-13:00,Wednesday 09:00-18:00 and Thursday 09:00- 17:45. The exhibition will be heldin the Auditorium Lounge connected to the Poster area and the place where theBierstube is planned. For additional information about the Intermag Europe 2002Exhibition, please contact Dr. Martin Bijker, Exhibition Chair, e-mail:MBijker@otb.nl, Tel: +31 40 2919 796 and Fax: +31 40 2919 799.

BIERSTUBE AND COFFEEOn Monday and Wednesday a Bierstube is organised from 17:00-18:00 in thearea around the posters and exhibition. During the conference coffee service willbe available from 08:30-15:30 in the neighbourhood of the poster and exhibitionarea. All participants will receive 8 vouchers for coffee and tea for the wholeconference period. Extra coffee and other drinks can be paid for by cash.

CONFERENCE SOCIAL EVENTThe conference social event will be held at the Netherlands Maritime Museum atthe heart of Amsterdam's characteristic harbour. One of the absolute highlightsof the Maritime Museum is the exact replica of the VOC ship 'Amsterdam'dating from 1748. The 28 exposition rooms in the Netherlands MaritimeMuseum house a unique and priceless collection of paintings, drawings, shipmodels, instruments and other tools. Participants should buy a ticket for thisevent. We will make the trip from RAI to the museum by small canal boats.During the stay in the museum a buffet type diner will be served with somedrinks.

WEATHERThe climate in the Netherlands is very mild. In April-May the temperature canbe quite agreeable (15-20º Celsius), but it can get cold at night. At the end ofApril the weather can be very changeable. As always in the Netherlands, there isa good chance it will rain. It is advisable to bring an umbrella or raincoat withyou.

SPOUSE HOSPITALITYSpring is the ideal time to visit Amsterdam and the Netherlands. Accompanyingpersons can subscribe for 4 half-day tours namely (1) the Amsterdam city, (2)the windmills and Edam, (3) Delft and The Hague and (4) Utrecht and the musicbox museum. All tours are made with a private coach and will depart from theRAI. More information is given on our website including the prices for the toursas well as a pdf file for making reservations. The whole arrangement is based ona minimum participation of 30 persons per coach. A spouse-hospitality roomwill be open for spouses and guests to meet in the morning from 08:00-09:00.Coffee will be served.

QUEEN’S BIRTHDAYOn Tuesday April 30 the Netherlands celebrates its Queens’s birthday. It is anational holiday and especially in Amsterdam there will be many visitors.Intermag 2002 has planned only morning sessions so that all participants canpickup something about the flavour of this typical celebration. On this daypublic transport is limited and additional travel time from the hotels to the RAImust be considered.

FOREIGN CURRENCY EXCHANGE AND THE EUROThe unit of the Dutch currency is the Euro from January 1, 2002. Currencies ofmajor nations can be exchanged at the major hotels, at Schiphol airport and alsoat the RAI conference center. Most shops, hotels, department stores, andrestaurants will accept major credit cards. The new European currency -Euro- isused in 12 participating countries: Germany, Italy, the Netherlands, Greece,France, Luxembourg, Austria, Finland, Belgium, Ireland, Portugal and Spain.One Euro is about US$ 0,9. All coins of all participating countries are valid inthe Netherlands from January 1, 2002. The Dutch Guilder is no longer legaltender at the time of the conference.

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FUTURE CONFERENCES47th Conference on Magnetism and Magnetic MaterialsNovember 11 – 15, 2002Tampa, Florida

2003 Intermag ConferenceMarch 30 – April 3, 2003Boston, Massachusetts

9th Joint MMM-Intermag ConferenceJanuary 5 – 9, 2004Anaheim, California

CONFERENCE ORGANISATIONConference Co-chairmenJ.C. Lodder and R. Indeck

TreasurerP de Haan and W. Cain

Programme ChairsJ. N. Chapman and K. O'Grady

MembersJ.DeBoeck, J.A.Bain, C.Chappert, J.Fidler, L.Folks, P.P.Freitas, M.Gibbs,R.D.Gomez, O.Gutfleisch, E.W.Hill, B.Hillebrands, R. Indeck, R.Jansen,G.Jewell, A.B.Johnson, H.Laidler, J.C.Lodder, J.Miltat, H.Muraoka,A.K.Petford-Long, H.Schewe, B.D.Terris, M.Vazques Villalabeita,C.A.Verschuren, R.H.Victora, J.Windeln, R.Wood

Publication ChairsJ. DeBoeck and D. Weller

EditorsJ. Bain, J.Fidler, L.Folks, E.Hill, B.Hillebrands, C. Ross, M. VazquezVillalabeitia, R.Wood

Local ChairJ. van Haaren

MembersL.Abelmann, E.Bruck, M.Bijker, J. Groenland, P.de Haan, Th.Rasing,H.Swagten

Publicity and WebsiteL. Abelmann

Printing ChairC. E Korman

Exhibition ChairM. Bijker

Industrial SupportW. O'Kane

IEEE MAGNETIC SOCIETY

PresidentR. E. Fontana, Jr.

Vice PresidentR. S. Indeck

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Secretary/TreasurerK. O’Grady

Past PresidentE. Della Torre

Executive DirectorD. S. Suiters

Terms Expire 31 December 2002H. Fujiwara, T. D. Howell, T. M. Jagielinski, D. N. Lambeth, I. D. Mayergoyz,K. O’Grady, R. C. O’Handley, P. E. Wigen

Terms Expire 31 December 2003E. D. Dahlberg, G. E. Fish, R. S. Indeck, M. H. Kryder, J. D. Lavers, J. C.Lodder, Y. Miura, R. H. Victoria

Terms Expire 31 December 2004W. C. Cain, M. F. Doerner, B. A. Gurney, R. R. Katti, C. E. Patton, C. M.Perlov, T. Suzuki, S. Wang

Newsletter EditorMartha Pardavi-Horvath

ADDITIONAL INFORMATIONIf you would like to receive more information about Intermag 2002 or to beplaced on the Conference Mailing List, please contact Courtesy Associates at:

Intermag 2002c/o Courtesy Associates2025 M Street, NWSuite 800Washington, DC 20036, U.S.A.PHONE: (202) 973-8676FAX: (202) 973-8722EMAIL: intermag@courtesyassoc.com

The latest information on Intermag 2002 can be found through the Internet at theConference homepages: http://www.intermagconference.com.

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TTTutorial Symposium: Recent Advances in Nanomagnetism

Can KormanGeorge Washington University

Sunday3:30 PM

3:30 PMTT 01 NANOFABRICATED MAGNETIC ISLANDS FOR HIGH

DENSITY STORAGEB Terris, IBM Alamden Research Centre, San Jose, CA

4:15 PMTT 02 SELF-ORDERED FePt NANOPARTICLE MAGNETIC

ARRAY MEDIAD Weller, N Shukla, C Liu, T Klemmer, X Wu, J Ahner, RChantrell, M Kryder, Seagate Research, Pittsburgh, PA

5:00 PMTT 03 THERMAL RELAXATION IN MAGNETIC

NANOSTRUCTURESJ W Harrell, Phys. & MINT Center, University of Alabama,Tuscaloosa, AL

AASYMPOSIUM

Magnetization Dynamics: Ultrafast Switching

Burkard HillebrandsUniversity of Kaiserslautern

Monday9:00 AM Auditorium

9:00 AMAA 01 FERROMAGNETIC SWITCHING DYNAMICS AS

REVEALED BY OPTICAL MICROSCOPY [invited]Mark R Freeman, Byoung-Chul Choi, G E Ballentine, MBelov, A Krichevsky, Dept of Physics, University ofAlberta, Edmonton, AB, Canada

9:30 AMAA 02 PRECESSIONAL MAGNETIZATION REVERSAL IN

MICROSCOPIC SPIN VALVE CELLS [invited]Hans Werner Schumacher1, Claude Chappert1, Paul Crozat1,Ricardo C Sousa2, Paulo P Freitas2, J Ferre3, J Miltat3, 1IEF,CNRS, Universite Paris Sud, Orsay, France, 2INESC,Lisboa, Portugal, 3Laboratoire de Physique des Solides,Universite Paris Sud, France

10:00 AMAA 03 PICOSECOND COHERENT MAGNETISATION

REVERSAL BY MAGNETIC FIELD PULSE [invited]Thomas Gerrits1, Hugo A.M. van den Berg1, JuliusHohlfeld1, L Bar2, Theo Rasing1, 1Research Institute forMaterials, University of Nijmegen, 2Siemens AG, CT MF 1,Erlangen, Germany

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10:30 AMAA 04 MAGNETIZATION REVERSAL DYNAMICS AND

ENERGY DAMPING [invited]Jian-Gang Zhu, Robert M. White, Data Storage SystemCenter, Dept. of ECE, Carnegie Mellon Univ., Pittsbugh,PA

11:00 AMAA 05 FAST SWITCHING OF MAGNETIC NANOPARTICLES:

SIMULATION OF THERMAL NOISE EFFECTS USINGTHE LANGEVIN DYNAMICS [invited]Dmitri Vladimirovich Berkov, INNOVENT e.V., Jena,Germany

11:30 AMAA 06 MAGNETIZATION SWITCHING INDUCED BY SPIN

POLARIZED CURRENTS [invited]S Zhang1, Z Li1, P M Levy2, A Shpiro2, A. Fert3, 1Dept. ofPhysics and Astronomy, Univ. of MO-Colombia,2Department of Physics, New York University, 3UMPCNRS-THALES, Orsay, France

ABAdvanced Media I: AFC and Patterned

Mary DoernerIBM SSD, San Jose

Monday9:00 AM Forum

9:00 AMAB 01 EFFECT OF EXCHANGE FIELD STRENGTH ON

MAGNETIC AND RECORDING PROPERTIES OF SAFMEDIASudhir Malhotra, Zhengsheng Shan, Donald Stafford,Gerardo Bertero, David Eugene Wachenschwanz, Komag,Inc., San Jose, CA

9:15 AMAB 02 THERMAL STABILITY AND READ-WRITE

PERFORMANCE OF AFC MEDIAFumiko Akagi, Masukazu Igarashi, Hitachi, Ltd., CentralResearch Lab., Japan

9:30 AMAB 03 EXPERIMENTAL STUDIES OF THE SWITCHING

PROPERTIES OF SYNTHETIC ANTI-FERROMAGNETIC (SAF) MEDIADavid Eugene Wachenschwanz, Sudhir Malhotra, DonaldStafford, Zhengsheng Shan, Gerardo Bertero, Komag, Inc.,San Jose, CA

9:45 AMAB 04 IMPROVED STABILIZATION EFFICIENCY IN

SYNTHETIC FERRIMAGNETIC MEDIAAkihiro Inomata, E Noel Abarra, B R Acharya, IwaoOkamoto, Fujitsu Laboratories, Atsugi, Japan

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10:00 AMAB 05 ADVANCED LAMINATED

ANTIFERROMAGNETICALLY COUPLED MEDIAWITH HIGH THERMAL STABILITY AND LOW NOISES. I. Pang, S. N. Piramanayagam, J. P. Wang, Data StorageInstitute, Singapore

10:15 AMAB 06 MAGNETISATION REVERSAL IN AFC MEDIA

Jing Wu, K. O’Grady, James Dutson, Dept of Physics,University of York, UK

10:30 AMAB 07 THERMAL DECAY STUDY OF VARIOUS

MAGNETIZATION PATTERNSRichard M Brockie, Hans Jürgen Richter, SeagateTechnology, Fremont, CA

10:45 AMAB 08 ANALYSIS OF THE MAGNETIZATION SWITCHING

IN CoCrPtTa THIN FILMS BY MAGNETO-OPTIC KERREFFECT VECTOR MAGNETOMETRYGiancarlo Bottoni, Donato Candolfo, Antonio Cecchetti,Paolo Vavassori, INFM, University of Ferrara, Italy

11:00 AMAB 09 RECORDING PROPERTIES OF PATTERNED

Co70Pt18Cr12 PERPENDICULAR MEDIAManfred Albrecht, Charles T. Rettner, Andreas Moser,Simone Anders, Thomas Thomson, Margaret E. Best, BruceD. Terris, IBM, Almaden Research Center, San Jose, CA

11:15 AMAB 10 2.5-INCH DISK PATTERNED MEDIA PREPARED BY

AN ARTIFICIALLY ASSISTED SELF-ASSEMBLINGMETHODKatsuyuki Naito, Hiroyuki Hieda, Masatoshi Sakurai,Yoshiyuki Kamata, Koji Asakawa, 1Toshiba R&D Center,2Storage Materials and Devices Lab., Toshiba Corp.,3Advanced Materials and Devices Lab., Toshiba Corp.,Saiwai-ku, Kawasaki, Japan

11:30 AMAB 11 MAPPING COERCIVITY VARIATION ON

PATTERNED MAGNETO-OPTICAL MEDIATe-ho Wu1, Lin-Xia Ye2, J.M. Lee2, J.C. Wu3, Han-Ping D.Shieh4, 1Nat'l Yunlin Univ. of Sci. and Tech., Touliu,Taiwan, 2Nat, 3Physics, Nat'l Changhua Univ. of Ed.,Changhua, Taiwan, 4Nat'l, Chiao-Tung Univ., Hsinchu,Taiwan

11:45 AMAB 12 ION PROJECTION PRINTING FOR PATTERNING OF

MAGNETIC MEDIAAndreas Dietzel, Ruediger Berger, IBM Germany

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ACGMR and Exchange Bias

Hans BoevePhilips Research, Eindhoven

Monday9:00 AM Room A

9:00 AMAC 01 MEASUREMENT OF ENERGY BARRIER

DISTRIBUTION IN THE ANTIFERROMAGNETICLAYER OF EXCHANGE BIASED MATERIALSK. O’Grady, Lee Holloway, Dept of Physics, University ofYork, UK

9:15 AMAC 02 DOMAIN STATE MODEL FOR EXCHANGE BIAS:

TRAINING EFFECT OF DILUTED Co1-yO ONEXCHANGE BIAS IN Co/CoOBernd Beschoten, Jan Keller, Andrea Tillmanns, PeterMiltényi, Gernot Güntherodt, Physikalisches Institut,RWTH Aachen

9:30 AMAC 03 INCOMPLETE AFM INTERFACE MOMENT FLIPPING

IN AFM/FM BILAYERSJian Chen, Chunhong Hou, Juan Fernandez-de-Castro,Seagate Technology, Minneapolis, MN

9:45 AMAC 04 HIGHLY SENSITIVE CPP ELEMENTS USING SPIN-

VALVE FILM WITH NANO-OXIDE LAYERS FOROVER 100 GBIT/INCH2 READ HEADSKeiichi Nagasaka, Hirotaka Oshima, Yoshihiko Seyama,Yutaka Shimizu, Atsushi Tanaka, Fujitsu Laboratories Ltd.,Japan

10:00 AMAC 05 ANNEALING EFFECT ON THE RECOVERY OF

TRAINING EFFECT IN FeOx/CoFe POLY-CRYSTALLINE SYSTEMSKunliang Zhang, Tong Zhao, Hideo Fujiwara, MINT center,University of Alabama, Tuscaloosa, AL

10:15 AMAC 06 90° COUPLING IN FeNi/NiO/Co TRILAYERS

Julio Camarero1, Yan Pennec1, Jan Vogel1, StefaniaPizzini1, Farid Fettar2, Frank Ernult2, Bernard Dieny2,1Laboratoire Louis Néel, CNRS, BP166, Grenoble, France,2DRFMC, SP2M/NM, CEA Grenoble, France

10:30 AMAC 07 MAGNETO-RESISTANCE OF MnFe(As,P)

Ekkes Bruck, Van der Waals-Zeeman Instituut, Universiteitvan Amsterdam, The Netherlands

10:45 AMAC 08 CHARACTERIZATION OF NANO-OXIDE LAYERS

FABRICATED BY ION BEAM OXIDATION:APPLICATION IN SPECULAR SPIN-VALVES ANDTUNNEL JUNCTIONSSusana Cardoso, Haohua Li, Paulo Freitas, INESC, Lisbon -Portugal

15

11:00 AMAC 09 EFFECTS OF SPUTTERING ANGLE ON SURFACE

ROUGHNESS, CHEMICAL COMPOSITION, AND GMRBEHAVIOR OF NiO & α-Fe2O3 BOTTOM SPIN-VALVESSeongtae Bae1, P.J. Chen2, W. F. Egelhoff, Jr.2, Jack H.Judy1, 1MINT, University of Minnesota, Minneapolis, MN2Magnetic Materials Group, NIST, Gaithersburg, MD

11:15 AMAC 10 THE STRUCTURAL AND MAGNETIC

CHARACTERISATION OF MBE-GROWN FeMn/NiFeEXCHANGE-BIASED BILAYERSYoung-suk Choi1, Amanda K Petford-Long1, Roger C. C.Ward2, Mike R Wells2, 1Department of Materials,University of Oxford, 2Department of Physics, University ofOxford, UK

11:30 AMAC 11 PERPENDICULAR MAGNETORESISTANCE IN BULK

METALLIC MULTI-LAYERS PREPARED BY COLDDEFORMATIONAlexandre Giguere1, Nora M. Dempsey1, Marc Verdier2,Dominique Givord1, 1Laboratoire Louis Neel, CNRS,Grenoble, France, 2LTPCM, INPG, Grenoble, France

11:45 AMAC 12 GIANT MAGNETOSTRICTION AND TEMPERATURE

CHARACTERISTICS OF BOTTOM SPIN VALVESHAVING VERY THIN Cu SPACERSSoonchul Jo1, Michael A Seigler2, 1School of ElectronicEngineering, Soongsil University, Korea, 2SeagateResearch, Pittsburgh, PA

ADHDD Interface and Tribology

J. WindelnIBM Speichersysteme

Monday9:00 AM Room B

9:00 AMAD 01 INVESTIGATING HEAD-DISK INTERFACE ISSUES

AT NEAR-CONTACT USING TAKE-OFF PRESSUREMEASUREMENTS [invited]Vedantham Raman, CHV-0281, IBM-STD, San Jose, CA

9:30 AMAD 02 AN ACTIVE-HEAD SLIDER WITH A PIEZOELECTRIC

ACTUATOR FOR CONTROLLING FLYING HEIGHTMasayuki Kurita1, Takanori Yamazaki2, Hidekazu Kohira2,Matsumoto Masaaki2, Ryuuji Tsuchiyama1, Junguo Xu1,Takeshi Harada1, Youichi Inoue1, 1Mechanical EngineeringResearch Lab., Hitachi, Ltd., 2Data Storage SystemsDivision, Hitachi, Ltd., Japan

9:45 AMAD 03 DIRECT OBSERVATION OF PADDED SLIDER

TIPPING USING THE MRE COOLING EFFECTXinwei Li, Huan Tang, Jing Gui, Seagate Technology,Fremont, CA

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10:00 AMAD 04 EFFECTS OF VACUUM ULTRAVIOLET

IRRADIATION TO LUBRICANT LAYER ON HARD-DISK MEDIAHiroshi Chiba, Fujitsu Laboratories, Ltd., Atsugi, Japan

10:15 AMAD 05 GENESIS AND EVOLUTION OF LUBRICANT

MOGULSBruno Marchon1, Qing Dai1, Celine Saint-Olive1, RemmeltPit2, 1IBM, Almaden Research, 2IBM, Storage TechnologyDivision, San Jose, CA

10:30 AMAD 06 THE EFFECT OF PROCESS SOLVENT AND

MOISTURE LEVEL ON LUBRICANT FILM PROPERTYAND ITS PERFORMANCEShaun H. Chen1, Billy Shin1, James Chao1, Paul E. Rajtar2,Jason M. Kehren2, 1Komag, Inc., San Jose, CA, 23M Center,St. Paul, MN

10:45 AMAD 07 Ta-C FILMS BY FILTERED CATHODIC VACUUM-

ARC DEPOSITION FOR ABSOCKenji Furusawa1, Hiroshi Inaba1, Hiroshi Inaba1, ShinyaHirano1, Shinji Sasaki1, Minoru Yamasaka2, MasayoshiEndou2, 1PERL, Hitachi, Ltd., Totsuka, Yokohama, Japan,2STR, Hitachi, Ltd., Kozu, Odawara, Japan

11:00 AMAD 08 FUNCTIONALIZED ION BEAM CARBON FOR

MAGNETIC DISKSShahid A. Pirzada, Jia J. Liu, Fred Li, Chao Yuan Chen,MMC Technology, San Jose, CA

11:15 AMAD 09 MAPPING OF SLIDER-DISK INTERACTION

Yijun Man, Bo Liu, Yansheng Ma, Data Storage Institute,Singapore

11:30 AMAD 10 HEIGHT-ATTITUDE OBSERVATION AND

INVESTIGATIONS IN LOAD/UNLOAD PROCESSESJiang Zhou1, Bo Liu1, Qingfang Leng1, MasaakiMatsumoto2, 1Data Storage Institute, Singapore, 2DataStorage Systems Division, Hitachi Ltd., Japan

11:45 AMAD 11 SLIDER AND HGA DESIGNS FOR BOTH SMOOTH

LOAD/UNLOAD OPERATION AND HIGH SHOCKRESISTANCENi Sheng, Wei Hua, Bo Liu, Data Storage Institute,Singapore

17

AEMagnetostriction and Shape Memory Effects

Mike GibbsUniversity of Sheffield

Monday9:00 AM Room C & D

9:00 AMAE 01 NOVEL STRAIN SENSORS BASED ON

MAGNETOSTRICTIVE GMR/TMR STRUCTURESMarkus Loehndorf, Caesar, Friedensplatz 16, Bonn,Germany

9:15 AMAE 02 OPTIMIZATION OF THE DELTA-E-EFFECT IN THIN

FILMS AND MULTILAYERS BY MAGNETIC FIELDANNEALINGAlfred Ludwig, Eckhard Quandt, Caesar, Friedensplatz 16,Bonn, Germany

9:30 AMAE 03 FABRICATION AND CHARACTERIZATION OF

Fe81Ga19 THIN FILMSGiovanni Zangari1, James Weston1, Alejandro Butera2,Tommaso Lograsso3, Iulica Zana1, J. A. Barnard4,1University of Alabama, MINT Center, Tuscaloosa, AL,2Centro Atomico Bariloche, Rio Negro, Argentina, 3AMESLaboratory, Ames IA, 4University of Pittsburgh, PA

9:45 AMAE 04 RELATION BETWEEN MAGNETIC REVERSAL AND

MAGNETIC SHAPE MEMORY EFFECTOleg Heczko1, Ladislav Straka1, Kari Ullakko2, 1HelsinkiUniversity of Technology, 2AdaptaMat OY, Finland

10:00 AMAE 05 MAGNETIC PROPERTIES OF VARIOUS ARTENSITIC

PHASES IN Ni-Mn-Ga ALLOYLadislav Straka, Oleg Heczko, Nataliya Lanska, HelsinkiUniversity of Technology, Finland

10:15 AMAE 06 STRUCTURE OF MELT-SPUN Fe-Ga BASED

MAGNETOSTRICTIVE ALLOYSShu-Fan Cheng1, Badri Das1, Peter Lubitz1, Marilyn Wun-Fogle2, Arthur Clark3, 1NRL, Washington DC, 2NSWC,West Bethesda, MD, 3Clark Associates, Adelphi, MD

10:30 AMAE 07 MAGNETIC PROPERTIES OF Ni-Mn-Ga RIBBON

PREPARED BY RAPID SOLIDIFICATIONOleg Heczko1, Peter Svec2, Nataliya Lanska1, KariUllakko3, 1Helsinki University of Technology, 2Institute ofPhysics, Slovak Academy of Science, 3Adaptamat OY,Finland

18

10:45 AMAE 08 COMPOSITION AND TEMPERATURE DEPENDENCE

OF THE MAGNETOCRYSTALLINE ANISOTROPY INNi2+xMn1+yGa1+z HEUSLER ALLOYSFranca Albertini1, Luigi Pareti1, Antonio Paoluzi1, LuisMorellon2, Pedro Algarabel2, Manuel Ricardo Ibarra2,1Maspec CNR, Parco Area delle Scienze, Italy, 2DFMC-ICMA, Universidad de Zaragoza-CSIC, Spain

11:00 AMAE 09 INFLUENCE OF THERMAL TREATMENT ON LOCAL

STRUCTURE AND MAGNETIC PROPERTIES OFNiMnGa ALLOYSCharles J. O’Connor1, Vladimir O. Golub1, Andriy Ya.Vovk1, Vitaliy V. Kotov2, Piter G. Yakovenko3, KarriUllakko4, 1AMRI-University of New Orleans, LA, 2Instituteof Magnetism, NAS of Ukraine, Kiev, Ukraine, 3Institute ofMetal Physics, NAS of Ukraine, Kiev, Ukraine, 4HelsinkiUniversity of Technology, Finland

11:15 AMAE 10 MAGNETIC DOMAIN OBSERVATIONS AND

INTERPRETATIONS ON Fe3Pd FORFERROMAGNETIC SHAPE MEMORYQi Pan, Jun Cui, Richard D. James, University ofMinnesota, Dept. of Aerospace Eng. & Mech.

11:30 AMAE 11 MAGNETIC AND MECHANICAL PROPERTIES OF

NiMnGa SINGLE CRYSTALSMassimo Pasquale1, Carlo Paolo Sasso1, StefanoBesseghini2, Thomas Lograsso3, 1IENGF Materials Dept.Torino Italy, 2CNR-Tempe Sez. Lecco Italy, 3AmeslabAmes, IA

11:45 AMAE 12 MAGNETIC FIELD-INDUCED DEFORMATION IN

SINGLE- AND POLY-CRYSTALLINE Ni2MnGaS.J. Jeong, Bok-Ki Min, D.W. Shin, KERI, Chanwon 641-120, Korea

APFlexible Media Systems

Philip BissellUniversity of Central Lancashire

Monday8:15 AMAP 01 A RECORDING AT A CHANNEL RATE OF 200MBPS

IN HELICAL TAPE SYSTEMSShinichi Fukuda, Kyoko Suzuki, Shinichi Fukuda, ToshioShirai, Tadashi Ozue, CT Development Center, Sony. Corp,Yokohama, Japan

AP 02 PERFORMANCE EVALUATION OF LDPC CODE ONVR2Daqing Yang, Richard W Molstad, Yung Yip, ImationCorp., 1 Imation Way, Oakdale, MN

AP 03 WITHDRAWN

19

AP 04 PARTICLE DISPERSION AND NOISE IN METALPARTICLE TAPESMustafa Makki Aziz1, Barry K Middleton2, Jim J Miles2,1University of Exeter, 2University of Manchester, UK

AP 05 SPATIAL EFFECTS IN THE DC MODULATION NOISEOF ADVANCED MP TAPEPhilip Raymond Bissell1, Tim Mercer1, Paul-ClaudiuArdeleanu1, Laurentiu Stoleriu2, Alexandru Stancu2,1University of Central Lancashire, Preston, UK, 2AlexandruIoan Cuza University, Iasi, Romania

AP 06 EFFECT OF Al-DOPING AND COATING ONELLIPSOIDAL Fe-Co PARTICLESPuerto Morales Herrero, Nuria Nuñez, ICMM, CSIC,Madrid, Spain

AP 07 DEPENDENCE OF COERCIVITY RATIO ONANISOTROPY DISTRIBUTION AND INTERACTIONSIN PARTICULATE MEDIAShoutao Wang, J W Harrell, Phys. & MINT Center, Univ.of Alabama, Tuscaloosa, AL

AP 08 MAGNETIC PROPERTIES OF ACICULAR ULTRAFINEIRON PARTICLESLaudemir Carlos Varanda1, Gerardo Fabian Goya2, PuertoMorales Herrero3, Rodrigo Fernando Costa Marques1,Ricardo Henrique Moreton Godoi4, Miguel Jafelicci Jr1,Carlos Serna3, 1Instituto de Química de Araraquara -UNESP, 2Physics Institute - Sao Paulo University, 3ICMM,CSIC Spain, 4University of Antwerp - Department ofChemistry, Belgium

AP 09 EFFECT OF Cr UNDERLAYER ON OBLIQUELYSPUTTERED Co ON PET SUBSTRATELong Thang Nguyen1, Abdellah Lisfi1, Kim Le Phan1, JC Lodder1, R G Keim2, 1SMI, MESA+ Institute, U. Twente,2SMAL, MESA+ Institute, U. Twente, The Netherlands

AP 10 RECORDING CHARACTERISTICS OF THIN METALEVAPORATED MEDIA IN A HELICAL-SCAN TAPESYSTEM WITH A SPIN-VALVE HEADHiroki Tetsukawa1, Masayuki Kondo1, Yutaka Soda1,Tadahi Ozue1, Kazunari Motohashi2, Seiichi Onodera2,Takahiro Kawana2, 1CT Development Center, Sony, Japan,2RMCo, Sony, Japan

AP 11 ERASE AND WRITE WIDTHS FOR NARROW TRACKHIGH DENSITY FLEXIBLE STORAGE MEDIAAPPLICATIONSMark Lee Watson, Kevin D McKinstry, StorageTek,Louisville, CO

AP 12 READ/WRITE PERFORAMNCE OF A NOVELCONTACT HEAD/HGATakashi Kawashima, Sony CNC Core TechnologyDevelopment Center, Yokohama, Japan

20

AP 13 MICROTRACK PROFILES FOR INVESTIGATING SIDEEFFECTS OF ADVANCED SILICON HEADS FORHELICAL SCAN TAPEAdrian Hozoi1, J.P.J. Groenland1, Cock Lodder1, J.B.Albertini2, 1SMI, MESA+ Research Institute, U. Twente,The Netherlands, 2Alditech, Grenoble, France

AP 14 FLAT PROFILE TAPE RECORDING HEADRobert Glenn Biskeborn, James H Eaton, IBM Corporation,San Jose, CA

AP 15 REDUCTION OF POLE TIP RECESSION IN LINEARRECORDING HEADSErwan Sourty1, John L. Sullivan1, Marcel de Jong2, 1AstonUniversity, Birmingham, U.K., 2OnStream MST BV, ACEindhoven, The Netherlands

AP 16 COMPARISON OF MR AND GMR SPIN VALVEHEADS FOR MAGNETIC RECORDING ON MP TAPERichard Henry Dee, StorageTek, Louisville, CO

AP 17 FLUX-GUIDE TYPE TUNNEL-VALVE HEAD FORHELICAL SCAN TAPE SYSTEMEiji Nakashio, Junichi Sugawara, Seiji Onoe, SeijiKumagai, Sony Corporation CNC SDC, Yokohama, Japan

AP 18 QUASI-STATIC AND DYNAMIC ANALYSIS OF SPINVALVE TAPE HEADS WITH SYNTHETIC FREE ANDPINNED LAYERS VS. HEADS WITH ACONVENTIONAL FREE LAYER AND A SYNTHETICPINNED LAYERAnabela Veloso1, Paulo P Freitas1, Richard H Dee2,1INESC, R. Alves Redol 9-1, Lisbon, Portugal,2StorageTek, Louisville, CO

AQInductive Recording Heads and Materials I

Palavi DhagatSeagate Techology, Minneapolis

Monday8:15 AMAQ 01 OPTIMIZATION OF ONE-SIDED POLE HEADS

Hazel A Shute1, David T Wilton1, Jim J Miles2, Desmond JMapps1, 1University of Plymouth, Drake Circus, Plymouth,UK, 2University of Manchester, Oxford Rd, Manchester,UK

AQ 02 NEW STRUCTURED PLANAR TYPE WRITE HEADFOR 100GB/IN2 AND BEYONDYasushi Kanai1, Ryo Matsubara1, Koji Fujiwara2, NorioTakahashi2, 1Niigata Inst. of Tech., Kashiwazaki, Japan,2Dpt. E.E., Okayama Univ. Okayama, Japan

AQ 03 DESIGN OPTIMIZATION OF PLANAR-TYPE WRITEHEAD FOR HIGH DENSITY MAGNETIC RECORDINGSang Ho Lim, Kyoung Suk Kim, Cheol Eui Lee, KoreaInstitute of Science and Technology, Seoul, Korea

21

AQ 04 MAGNETIZATION REVERSAL DYNAMICS ANDENGERGY DAMPINGJian-Gang Zhu, Robert M. White, Data Storage SystemCenter, Carnegie Mellon University, Pittsburgh, PA

AQ 05 HIGH FIELD GRADIENT SINGLE POLE HEAD WITHA NOVEL POLE STRUCTUREWeixing Xia, Hiroaki Muraoka, Yoshihisa Nakamura,RIEC, Tohoku Univ., Sendai, Japan

AQ 06 FABRICATION OF SUBMICRON TRACKWIDTH THINFILM HEAD AND ITS INDUCTANCE-SATURATIONCHARACTERISTICSHuan Du, Dept. Engineering, University of Exeter, Devon,UK

AQ 07 WRITE HEADS WITH POLE TIP CONSISTING OFHIGH Bs FeCoAlO FILMSShoji Ikeda, Fujitsu Laboratories Ltd., Japan

AQ 08 HIGH PERFORMANCE WRITER USING HIGHMOMENT SPUTTERED FILMS ON TOP ANDBOTTOM POLESYingjian Chen, Francis Liu, Kroum Stoev, XiaozhongDang, Huaching Tong, Yiming Huai, Read-RiteCorporation, Fremont, CA

AQ 09 SOFT MAGNETIC PROPERTIES ANDMICROSTRUCTURE IN NiFe/FeCo/NiFe FILMS WITHLARGE SATURATION MAGNETIZATIONHiroyuki Katada, Takehito Shimatsu, Isao Watanabe,Hiroaki Muraoka, Yoshihisa Nakamura, RIEC, TohokuUniv., Sendai, Japan

AQ 10 DEMONSTRATION OF IMPROVED FREQUENCYRESPONSE IN LAMINATED SPUTTERED TOP POLESKevin Anthony McNeill1, Brian L Kelly1, Paul M Dodd1,Thomas K McLaughlin1, Douglas A Saunders2, 1SeagateTechnology Ireland, Springtown, Derry, 2SeagateTechnology, Minneapolis, MN

AQ 11 THE EFFECT OF DOPANTS ON THE MAGNETIC ANDCORROSION PROPERTIES OF HIGH MOMENTELECTROPLATED FILMSPeter Kevin McGeehin1, Steve Riemer2, Alan B Johnston1,1Seagate Technology Ireland, Springtown, Derry, 2SeagateTechnology, Bloomington, MN

AQ 12 MULTILAYERED FeCo/FeCo-O SOFT MAGNETICFILMS FOR RECORDING APPLICATIONSS. N. Piramanayagam, E.W. Soo, J.P. Wang, Data StorageInstitute, Singapore

AQ 13 INCREASE ON THE RESISTIVITY OFELECTROLESSLY DEPOSITED HIGH Bs CoNiFeBTHIN FILMSTokihiko Yokoshima, Dept. of Appl. Chem., Waseda Univ.,Tokyo, Japan

22

AQ 14 MECHANICAL PROPERTIES OF SOFT,ELECTRODEPOSITED Fe-Co-Ni FILMS FORMAGNETIC RECORDING HEADSXiaomin Liu, Feng Huang, Giovanni Zangari, MarkWeaver, MINT Center, University of Alabama, Tuscaloosa,AL

AQ 15 WRITE-TO-READ COUPLING BREAKDOWN IN HGALeslie He, Read-Rite Corp., Freemont, CA

AQ 16 LOCAL DEGRADATION OF MAGNETIC PROPERTIESIN MAGNETIC THIN FILMS IRRADIATED BY GA+

FOCUSED-ION-BEAMSChang-Min Park, James A. Bain, Carnegie Mellon Univ.,Pittsburgh, PA

ARHard Magnetic Materials I

Bao-Min MaMagnequench Technology Center

Monday8:15 AMAR 01 ENERGY BARRIER AND EXCHANGE COUPLING IN

SPRING-MAGNETSJ.P. Liu1, Zhengsheng Shan2, 1IfM, LaTech University,Ruston, LA, 2Komag, Inc., San Jose, CA

AR 02 CRITICAL UNDERCOOLINGS FOR DIFFERENTPRIMARY PHASE FORMATIONS IN Nd15Fe77.5B7.5

ALLOYJianrong Gao, WB-RS, DLR, Cologne, Germany

AR 03 THE TEMPERATURE DEPENDENCE OF THEANISOTROPIC NdFeB FABRICATED BY SINGLESTAGE HOT DEFORMATIONYing Li1, Yoonbae Kim2, Tae-Sick Yoon1, Dongzhe Jin1,Chong-Oh Kim1, 1Research Center for Advanced MagneticMaterials, CNU, Korea, 2Korea Research Institute ofStandards and Science, Seoul, Korea

AR 04 MAGNETIC PROPERTIES OF Nd-Fe-B THICK FILMMAGNETS PREPARED BY LASER ABLATIONTECHNIQUEMasaki Nakano, Shin-ichi Tsutsumi, Hirotoshi Fukunaga,Fac. of Engineering, Nagasaki University, Japan

AR 05 THE EFFECT OF RARE EARTH ELEMENT ON THEMAGNETIC PROPERTIES OF Nd12-xRxDy3Fe78B7 (R=Y,La AND Ce) THICK FILMSWen Cheng Chang1, S. K. Chen2, S. H. Chiou1, M. D.Lee1, 1Phys. Dept, National Chung Cheng Univ., 2Dept. ofMaterials Science, Feng Chia Univ., China

AR 06 STRUCTURE AND MAGNETIC PROPERTIES OFMECHANICALLY-ALLOYED SmZr(CoFe)NANOPHASE HARD MAGNETSK. Gallagher, A. le Gouil, M. Venkatesan, J.M.D.Coey, Physics Department, Trinity College, Dublin 2Ireland

23

AR 07 EFFECT OF Fe, Cu, Zr AND Ti ON THE MAGNETICPROPERTIES OF SmCo-1:7 MAGNETSM. Venkatesan, F.M. F. Rhen, R. Gunning, J.M.D. Coey,Physics Department, Trinity College, Dublin 2. Ireland.

AR 08 HIGH COERCIVITY IN BORON SUBSTITUTED Sm-CoMELT-SPUN MAGNETSSofoklis S. Makridis1, George Litsardakis1, IoannisPanagiotopoulos2, Dimitri Niarchos2, Yong Zhang3, GeorgeC. Hadjipanayis3, 1Dept. of Electrical Eng., AristotleUniversity, Greece, 2Inst. of Materials Science, NCSRDemokritos, Athens, Greece, 3Dept. of Physics &Astronomy, Univ. of Delaware, Newark, DE

AR 09 EXTRUSION OF STRONTIUM HEXAFERRITEMAGNETS WITH RADIAL ALIGNMENT USINGHYDROTHERMALLY SYNTHESIZED POWDERZhicong Yuan1, Stuart Blackburn1, Andy Williams2, RexHarris2, 1IRC in Materials, University of Birmingham,2Institute of Metallurgy and Materials, University ofBirmingham, UK

AR 10 CHARACTERIZATION OF BaZnXFe12-XO19 PREPAREDBY CHEMICAL PRECIPITATIONGonzalo A. Ramos1, H. Yee-Madeira2, Alvaro Gordillo-Sol2, 1CICATA-QRO-IPN, José Siurob 10, Queretaro,Mexico, 2ESFM-IPN, Edif. 9, U.P.ALM, Mexico

AR 11 A STUDY OF Nd DOPED SRM BY HYDROTHERMALSYNTHESISJianfeng Wang, Rex Harris, Metallurgy and Materials, TheUniversity of Birmingham, UK

AR 12 THE MAGNETIC PROPERTIES OF Fe-Al-NbINTERMETALLIC COMPOUNDSMomotaro Imaizumi1, Bernardo Laks2, Sergio Gama2, JoséZalaya Bejerano2, Adelino Coelho2, Marilza Mota2, RubensCaram2, 1Departamento de Física, Universidade EstadualPaulista Júlio de Mesquita Filho, S.P. Bauru, Brazil,2Universidade Estadual de Campinas, Unicamp, Campinas,Brazil

AR 13 MAGNETOCRYSTALLINE ANISOTROPY IN THESINGLE–CRYSTAL HYDRIDES SmFe11-XCoXTiHy

Yurii Skourski1, Irina Tereshina2, Henryk Drulis3, NorbertMattern1, Dieter Eckert1, Sergey Nikitin2, Karl-HartmutMüller1, 1IFW Dresden, Germany, 2Faculty of Physics,MSU, Vorobevy Gory, Russia, 3INTiBS PAN, Wrocaw 2,Poland

AR 14 CRYSTAL FIELD IN HYDROGENATED ANDNITROGENATED SmFe11Ti COMPOUNDNikolay Yurievich Pankratov, Irina Semenovna Tereshina,Sergey Aleksandrovich Nikitin, Moscow State University,Russia

AR 15 MAGNETIC PROPERTIES AND MICROSTRUCTUREOF Fe-Pt BASED ALLOYSPham D. Thang, Ekkes Bruck, Van der Waals-ZeemanInstituut, Universiteit van Amsterdam, The Netherlands

24

AR 16 MAGNETIC PROPERTIES AND MICROSTRUCTURALSTUDIES OF FePt AND Fe50Pt50-XNbX WITH VERYHIGH ENERGY PRODUCTFu Te Yuan, Feng Chia University, Taichung, Taiwan

AR 17 THE EFFECTS OF SUBTITUTION OF Sm FOR Nd ONTHE STRUCTURE AND MAGNETIC PROPERTIES OFNd2Fe17

Ellouze Mohamed, FS Sfax, BP 802 - 3018, Sfax - Tunisia

ASAnisotropy and Magnetostriction

Matthew WillardNaval Research Laboratory

Monday8:15 AMAS 01 THE METHOD OF TESTING OF THE PLANE

DISTRIBUTION OF ANISOTROPYSlawomir Tumanski, Bernard Fryskowski, WarsawUniversity of Technology Koszykowa, Warsaw, Poland

AS 02 UNDERSTANDING THE ORIGIN OF THE MAGNETICANISOTROPY IN IRON SILICIDE AMORPHOUSALLOYSJavier Diaz, Universidad de Oviedo, Spain

AS 03 CRYSTAL STRUCTURES AND MAGNETICANISOTROPY PROPERTIES OF Ni-Mn-GaMARTENSITIC PHASES WITH GIANT MAGNETIC-FIELD-INDUCED STRAINAlexei Sozinov, Alexander Likhachev, Kari Ullakko,Helsinki University of Technology, Finland

AS 04 CRITICAL ANGULAR DEPENDANCE OF THEPOLARISING FIELD ON THE MAGNETOELASTICDYNAMICS NEAR THE SRT IN TbFe/FeCoMULTILAYERSNicolas Tiercelin1, Vladimir Preobrajenski1, Jamal BenYoussef2, Philippe Pernod1, Henri Le Gall2,1IEMN/CNRS/EC-lille Cité Scientifique - V. D Ascq -France, 2LMB/CNRS/UBO - Brest - France

AS 05 STATICS AND DYNAMICS OF GIANTMAGNETOSTRICTIVE TbxFe1-x/Fe0.6Co0.4 UNIAXIALMULTILAYERS FOR MEMS APPLICATIONSJamal Ben Youssef1, Nicolas Tiercelin2, Farid Petit1,Henri Le Gall1, Vladimir Preobrajenski2, PhilippePernod2, 1LMB/CNRS/UBO - Brest - France,2IEMN/CNRS/EC-lille Cité Scientifique - V. D Ascq -France

AS 06 CRYSTALLOGRAPHICALLY ALIGNEDMAGNETOSTRICTIVE COMPOSITESGreg P Carman, UCLA, CA

25

AS 07 MODELING STRESS DEPENDENT EXPERIMENTALANHYSTERETIC MAGNETIZATION CURVESJohn M. Kenkel1, Seong-Jae Lee1, Chester C.H. Lo1, DavidC. Jiles1, Tony K.M. Koo2, Dickon H.L Ng2, 1AmesLaboratory, Iowa State University, Ames, IA, 2MaterialsScience Programme, Chinese U of Hong Kong

AS 08 NEW PERSPECTIVES FOR MAGNETOPLASTICCOUPLING IN HIGH PURITY NICKELEric Hug, Viorel Eugen Iordache, Nicolas Buiron, RobervalLab. / UTC, Compiègne, France

AS 09 IDENTIFICATION AND TESTING OF AN EFFICIENTHOPFIELD NEURAL NETWORKMAGNETOSTRICTION MODELAmr Amin Adly, Salwa Kamal Abd-El-Hafiz, CairoUniversity, Giza, Egypt

AS 10 THE NATURE OF FRUSTRATED MAGNETICSTRUCTURE IN FERRITE – SPINELLubov Georgievna Antoshina, M.V. Lomonosov MoscowState University, Moscow, Russia

AS 11 MAGNETOELASTIC BEHAVIOUR IN Co-BASEDGLASS COVERED AMORPHOUS WIRESMaria Neagu, Horia Chiriac, Natl. Inst. of R&D for Tech.Phys., Iasi, Romania

AS 12 MAGNETIC PROPERTIES OF Co-Ni-Ga SHAPEMEMORY RIBBON PRODUCED BY MELT-SPINNINGMETHODMariusz Bogdan Szpryngacz1, Masato Enokizono1, TakashiTodaka1, Tsugunori Kanada2, Y. Watanabe1, 1OitaUniversity, Japan, 2Oita National College of Technology,Japan

AS 13 PROPERTIES TRANSFORMATION IN Fe-Cr-Co-Ni-Si-Mn RIBBON PREPARED BY MELT-SPINNINGMETHODMariusz Bogdan Szpryngacz1, Masato Enokizono1, TakashiTodaka1, Tsugunori Kanada2, Y. Watanabe1, 1OitaUniversity, Japan, 2Oita National College of Technology,Japan

ATComputational Magnetism I

Norio TakahashiOkayama University

Monday8:15 AMAT 01 A NEW COMPUTATIONAL TECHNIQUE OF

MAGNETIC NONLINEAR TRANSIENTS OF ATRANSFORMERMasaru Ogawa, Toyama National College of Technology,Toyama-shi Japan.

26

AT 02 MODELING THE FREQUENCY RESPONSE OFMAGNETIC COMPONENTSJorge Guerra Pleite, Emilio Ruiz Olias, Andrés BautistaBarrado, Antonio Blanco Lázaro, Juan Martínez Vázquez,Universidad Carlos III de Madrid, Spain

AT 03 EFFECT OF EDDY CURRENT IN SHIELDING PLATEAND ELECTRON GUN ON FLUX DISTRIBUTION INCRTNorio Takahashi1, Hiromi Wakasono2, Kouji Shimada2,1Dpt. E.E., Okayama Univ. Okayama, Japan, 2MatsushitaElectric Industrial Co., Takatsuki, Japan

AT 04 A VERY FAST NUMERICAL ANALYSIS OFBENCHMARK MODELS OF EDDY CURRENTTESTING FOR STEAM GENERATORDezhi Chen1, K.R. Shao1, Hao Chen1, J.D. Lavers2,1Huazhomg Univ. of Sci. & Tech., Wuhan, China,2University of Toronto, Canada

AT 05 MAGNETIC SATURATION EFFECT IN AN OPENBOUNDARY AXISYMMETRIC FIELD PROBLEMVitor Maló Machado, CETME, IST, UTL, Lisbon, Portugal

AT 06 ANALYSIS OF LAMINATED CORES THROUGH ADIRECTLY COUPLED 2D-1D ELECTROMAGNETICFIELD FORMULATIONOriano Bottauscio1, Mario Chiampi2, 1IEN GalileoFerraris, Torino, Italy, 2Dept. Ingegneria Elettrica,Politecnico di Torino, Italy

AT 07 ELECTROMAGNETIC FIELD DIFFUSION INAXISYMMETRIC HYSTERETIC CORESOriano Bottauscio1, Mario Chiampi2, Alessandra Manzin2,1IEN Galileo Ferraris, Torino, Italy, 2Dept. IngegneriaElettrica, Politecnico di Torino, Italy

AT 08 AUTOMATED 2D FIELD COMPUTATION INNONLINEAR MAGNETIC MEDIA USING HOPFIELDNEURAL NETWORKSAmr Amin Adly, Salwa Kamal Abd-El-Hafiz, CairoUniversity, Giza, Egypt

AT 09 NEW AND FAST PROCEDURES FOR CALCULATINGTHE MUTUAL INDUCTANCE OF COAXIALCIRCULAR COILS (DISK COIL – CIRCULAR COIL)Cevdet Akyel, Slobodan Babic, Ecole Polytechnique deMontreal, Canada

AUComputational Magnetism II

Manfred SchabesIBM Almaden Research Center

Monday8:15 AMAU 01 THIRD-ORDER NÉDÉLEC CURL-CONFORMING

FINITE ELEMENTAntonio J Ruiz-Genovés1, Magdalena Salazar-Palma1,Tapan K Sarkar2, 1Universidad Politécnica de Madrid,2Syracuse University, NY

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AU 02 WAVELET-BASED MULTIRESOLUTIONALGORITHM FOR INTEGRAL AND BOUNDARYELEMENT EQUATIONS IN ELECTRIC ANDMAGNETIC FIELD COMPUTATIONSJ.C. Yang1, K.R. Shao1, Hao Chen1, J.D. Lavers2, 1Dept ofE.E., Huazhong Univ. of Sci. & Tech., Wuhan, China,2University of Toronto, Canada

AU 03 ANALYSIS OF HARMONIC DISTORTION DUE TOUNEVEN MAGNETIC FIELD IN A MICRO-SPEAKERUSED FOR MOBILE PHONESGun-Yong Hwang, Kyung-Tae Kim, Sang-moon Hwang,School of Mechanical Engineering, Pusan NationalUniversity, Korea

AU 04 LOSS EVALUATION OF INDUCTION MOTOR BYUSING VECTOR MAGNETIC HYSTERESIS "E&S2"MODELMasato Enokizono, Hiroyasu Shimoji, Toyomi Horibe, OitaUniversity, Japan

AU 05 NONLINEAR MAGNETIC CIRCUIT ANALYSIS FOR ANOVEL STATOR-DOUBLY-FED DOUBLY-SALIENTMACHINEK.T. Chau1, Ming Cheng2, C.C. Chan1, 1University of HongKong, Hong Kong, 2Southeast University, Nanjing, China

AU 06 COGGING TORQUE MINIMIZATION FOR SMALLSPINDLE MOTOR THROUGH REDUCED-ORDERFINITE ELEMENT OPTIMIZATIONM A Jabbar, Electrical Machines and Drives Lab, NationalUniversity of Singapore

AU 07 ANALYSIS OF SYNCHRONOUS RELUCTANCEMOTOR USING FEM COUPLED ELECTROMAGNETICFIELD OF PREISACH MODEL & THERMAL FIELDJung Ho Lee1, Dong Seok Hyun1, Seok Myeong Jang2,1Dept. of Energy System Engineering, Chungbuk ProvincialUniv., 2Dept. of Electrical Engineering, Chungnam Nat 'lUniversity, Taejeon, Korea

AU 08 A TIME-STEPPED FEA MODEL FOR INDUCTIONMACHINES USING TLM WITH EDDY-CURRENTANALYSISA M Knight, University of Alberta, Electrical and ComputerEngineering Research Facility, Edmonton, AB, Canada

AU 09 FEM APPLIED TO ELECTROMAGNETISM:EFFECTIVE OBJECT-ORIENTED SOFTWARE DESIGNEmilio Gomez1, José Roger-Folch2, Juan Alvaro Fuentes1,Antonio Gabaldon1, 1Technical University of Cartagena,2Technical University of Valencia, Spain

AU 10 HOMOGENIZATION ALGORITHMS FORCALCULATION OF FIELD QUANTITIES INLAMINATED MAGNETIC MATERIALSGöran Sven Engdahl1, Anders Bergqvist2, Julius Krah1,1Kungl. Tekniska Högskolan, Stockholm, Sweden, 2ABBCorporate Research, Västerås, Sweden

AU 11 IDENTIFICATION OF PREISACH DISTRIBUTIONFROM MEASURED INTEGRAL QUANTITIESCarlo Ragusa, DIEI, Politecnico di Torino, Torino, Italy

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AU 12 BARKHAUSEN NOISE CALCULATION FROMHYSTERESIS PARAMETERSHans Hauser1, Boleslaw Augustyniak2, Michal Radczuk2,1Vienna University of Technology, IEMW, Austria 2GdanskUniversity of Technology, Poland

AVMagnetoelectronic Devices and Spin-Torque

Kentaro NakajimaToshiba Corporation

Monday8:15 AMAV 01 MOVING OF DOMAIN WALLS BY SPIN-POLARIZED

CURRENTRoger Elliott1, Alexei Chmil2, Ernest Epshtein2, YuriGulyaev2, Alexei Krikunov2, Yuri Ogrin2, Peter Zilberman2,1University of Oxford, Department of Physics, UK,2Institute of Radio Engineering & Electronics of RAS,Moscow, Russia

AV 02 DETECTION OF DC VOLTAGES IN MULTI-LAYEREDMAGNETIC THIN FILMS UNDERGOINGFERROMAGNETIC RESONANCECheol Eui Lee, Department of Physics, Korea University,Seoul, Korea

AV 03 CURRENT INDUCED MAGNETIZATION SWITCHING:Andrea Fabian, Jean-Eric Wegrowe, Philippe Guittienne,Travis Wade, Laurent Gravier, Jean-Philippe Ansermet,EPFL, PHB-Ecublens, Lausanne, Switzerland

AV 04 LIFETIME OF MAGNETIC TUNNEL JUNCTIONSUNDER VOLTAGE STRESSMatthew R Gibbons, Kyusik Sin, Shin Funada, Robert DelaCruz, Xizeng Shi, Read Rite Corp, Fremont, CA

AV 05 PUSH-PULL BRIDGE SENSOR USING SDTJUNCTIONS WITHOUT SHIELDSDexin Wang, Mark Tondra, James M. Daughton, NVECorp., Eden Prairie, MN

AV 06 ANGULAR SENSOR USING TMR JUNCTIONS WITHAN AAF (ARTIFICIAL ANTIFERROMAGNET)REFERENCE ELECTRODE AND IMPROVEDTHERMAL STABILITYManfred Ruehrig1, Robert Seidel2, Ludwig Baer1, MichaelVieth1, Guenter Rupp1, Joachim Wecker1, 1Siemens AG, CTMM1, Erlangen, 2Inst f Solid State & Mat Res, Dresden,Germany

AV 07 HIGH SPEED SIGNAL TRANSMISSION WITH GMRBASED MAGNETOCOUPLERSJens Andreas Hauch1, Gotthard Rieger1, Stefan Ganzer2,Guenther Bayreuther2, 1Siemens AG, CT MM 1, Erlangen,Germany, 2Inst. für Exp. und Ang. Physik, Univ.Regensburg, Germany

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AV 08 “TRANSPINNOR” : A NEW GIANTMAGNETORESISTIVE SPIN-VALVE DEVICESeongtae Bae1, E. James Torok2, Shayne Zurn2, Larry E.Sheppard2, Richard Spitzer2, Jack H. Judy1, W. F. Egelhoff,Jr.3, Piejie Chen3, 1MINT, University of Minnesota, 2IMECompany, Minneapolis, MN, 3Magnetic Materials Group,NIST, Gaithersburg, MD

BASYMPOSIUM

State of the Art in Magnetic Recording Technology

Roger WoodIBM, San Jose

Monday2:00 PM Auditorium

2:00 PMBA 01 OVER 100 GBIT/IN2 LONGITUDINAL MAGNETIC

RECORDING [invited]M Yamagishi, Advanced Magnetic Recording Lab., FujitsuLaboratories Ltd.

2:30 PMBA 02 MAGNETIC RECORDING DEMONSTRATION OVER

100 GBIT/IN2 [invited]Z Zhang1, Y C Feng1, T Clinton2, G Badran1, N H Yeh1, EGirt1, S Harkness1, M Munteanu1, H J Richter1, R Ranjan1,S Hwang1, G C Rauch1, M Ghaly3, D Larson3, E Singleton3,V Vas'ko3, J Ho3, F Stageberg3, V Kong2, K Duxstad3, SSlade3, Seagate Technology, 1Freemont, CA, 2Pittsburgh,PA, 3Minneapolis, MN

3:00 PMBA 03 HOW ANTIFERROMAGNETIC COUPLING CAN

STABILISE RECORDED INFORMATION [invited]H J Richter, E Girt, Seagate Technology, Fremont, CA

3:30 PMBA 04 ADVANCED SPIN-VALVE READ-SENSORS FOR

MAGNETIC RECORDING [invited]M Re, Read-Rite, Fremont, CA

4:00 PMBA 05 ADVANCED WRITE HEADS FOR HIGH DENSITY

AND HIGH DATA-RATE RECORDING [invited]S Yuan, IBM, STD, San Jose, CA

4:30 PMBA 06 SOME TRIBOLOGY AND MECHANICS ISSUES FOR

100 GBIT/IN2 HDD [invited]D Bogy1, W Fong1, B Thornton1, H Gross1, H Zhu1, C SinghBhata2, 1University of California, Berkeley, 2IBM SSD SanJose, CA

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BBSpin Electronics

Liesl FolksIBM Almaden Research Center

Monday2:00 PM Forum

2:00 PMBB 01 A NOVEL LOW SWITCHING CURRENT MRAM

DESIGNJian-Gang Zhu1, James M. Daughton2, 1Data StorageSystem Center, Carnegie Mellon University, 2NVE Corp.,Eden Prairie, MN

2:15 PMBB 02 MULTILEVEL MAGNETORESISTIVE RANDOM

ACCESS MEMORY WRITTEN AT CURIE POINTYuankai Zheng, Jinjun Qiu, Date Storage Institute ofSingapore

2:30 PMBB 04 MRAM WITH IMPROVED MTJ MATERIAL [invited]

Hiroshi Kano, Kazuhiro Bessho, Yutaka Higo, KazuhiroOhba, Minoru Hashimoto, Tetsuya Mizuguchi, MasanoriHosomi, Sony Corporation, CNC, Core TechnologyDevelopment Center, Yokohama, Japan

3:00 PMBB 05 THERMAL STABILITY OF EXCHANGE-BIASED

MAGNETIC TUNNEL JUNCTIONS WITHSTABILIZING LAYER.Nozomu Matsukawa, Akihiro Odagawa, Yasunari Sugita,Yoshio Kawashima, Yasunori Morinaga, Mitsuo Satomi,Masayoshi Hiramoto, Matsushita Electric Industrial Co.,Ltd., Kyoto, Japan

3:15 PMBB 06 CHARACTERIZATION AND MODELING OF TUNNEL

BARRIER RELIABILITYKentaro Nakajima1, Minoru Amano2, Yoshiaki Saito2,Masayuki Sagoi2, 1Memory LSI R. &. D. Center, ToshibaCorporation, 2Corporate R.&D. Center, ToshibaCorporation, Kasawaki, Japan

3:30 PMBB 07 SPIN-CURRENT INDUCED MAGNETOTRANSPORT

IN Co/Cu/Co NANOSTRUCTURESFred Mancoff, Stephen E. Russek, NIST, Boulder, CO

3:45 PMBB 08 ELECTRON SPIN RESONANCE IN TWO-

DIMENSIONAL ELECTRON GASESWilliam H. Rippard1, Stephen E. Russek1, Nick Rizzo2,Saied Tehrani2, 1NIST, Boulder, CO, 2Motorola Labs,Tempe, AZ

4:00 PMBB 09 MAGNETO-OPTICAL STUDY OF Mn IONS

IMPLANTED IN GeF. D. Orazio, F. Lucari, M. Passacantando, P. Picozzi, S.Santucci, A. Verna, INFM and Dip. di Fisica - Università -L Aquila - Italy

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4:15 PMBB 10 OBLIQUE HANLE EFFECT FOR RELIABLE

ASSESSMENT OF ELECTRICAL SPIN INJECTIONVasyl Motsnyi1, Viatcheslav Safarov2, Jo De Boeck1, JoDas1, Wim Van Roy1, Etienne Goovaerts3, Staf Borghs1,1IMEC, Leuven, Belgium, 2GPEC, Faculté des Sciences deLuminy, Marseille, France, 3Dep. of Physics, University ofAntwerpen, Belgium

BCPatterned Films I

Sergey DemokritovUniversity Kaiserslautern

Monday2:00 PM Room A

2:00 PMBC 01 NUMERICAL SIMULATION OF THE EFFECT OF

DEFECTS ON THE MAGNETIZATION SWITCHING INSINGLE DOMAIN PARTICLES WITH NON-UNIFORMMAGNETIZATION DISTRIBUTIONMartha Pardavi-Horvath1, Jijin Yan2, J. Roger Peverley2,1GWU, Dept. ECE, Washington DC, 2GWU, Dept. Physics,Washington DC

2:15 PMBC 02 STRAY FIELD INVESTIGATIONS ON

NANOSTRUCTURED FERROMAGNETS BY THELOCAL HALL EFFECTDirk Grundler, Inst. f. Angew. Physik, Univ. Hamburg,Germany

2:30 PMBC 03 COMPARISON OF MFM/STM DATA OF PATTERND

ULTRA THIN IRON FILMS GROWN ON NiO AND Si(001) IN UHVMichael Dreyer1, Charles Krafft1, R. D. Gomez2,1Laboratory for Physical Sciences, University of Maryland,College Park, MD, 2Dept. of ECE, University of Mayland,College Park, MD

2:45 PMBC 04 THE INFLUENCE OF END-SHAPE, TIME AND

TEMPERATURE ON THE SWITCHING OF SMALLMAGNETIC ELEMENTSGe Yi1, P R Aitchison1, W D Doyle2, J N Chapman1, C D WWilkinson3, 1Department of Physics and Astronomy,University of Glasgow, UK, 2MINT and Physics &Astronomy, University of Alabama, 3Dept of Electronics &Electrical Eng., University of Glasgow, UK

3:00 PMBC 05 MAGNETIC PROPERTIES OF DOT ARRAYS MADE

BY BLOCK COPOLYMER LITHOGRAPHYC. A. Ross, MIT, Dept. Materials Science and Engineering,Cambridge, MA

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3:15 PMBC 06 ELECTRODEPOSITED Co-Pt PERMANENT MAGNET

ARRAYS ON Cu111/Si110 SUBSTRATEIulica Zana, Giovanni Zangari, MINT Center, U. Alabama,Tuscaloosa AL

3:30 PMBC 07 WEAK COERCIVITY DISPERSION IN MAGNETIC

NANOSTRUCTURES FABRICATED BY IONIRRADIATIONDevolder Thibaut, Institut d'Electronique Fondamentale,Université Paris-Sud, France

3:45 PMBC 08 FABRICATION OF PATTERNED MEDIA USING

SELF-ASSEMBLED MASKS AND SIMULATIONS OFPROBE RECORDINGDavid Edmundson1, Virasak Vorathitikul2, Ernie W Hill1,Jim J Miles1, Paul W Nutter1, David C Wright2, 1Universityof Manchester, Oxford Rd, Manchester, UK, 2School ofEng, University of Exeter, UK

4:00 PMBC 09 SUBMICRON SIZE PARTICLES OF Fe/Co

MULTILAYERS: EFFECTS OF TUNABLEANISOTROPYOlga Kazakova, Chalmers University of Technology andGöteborg University, Sweden

4:15 PMBC 10 MAGNETIZATION REVERSAL IN

NANOSTRUCTURED PERMALLOY RINGSChing-Ray Chang1, Zung-Hang Wei1, J.C. Wu2,1Department of Physics, National Taiwan Univ., Taipei,Taiwan, 2Physics, Nat'l Changhua Univ. of Ed., Changhua,Taiwan

4:30 PMBC 11 PATTERNING MAGNETIC ANTIDOT-TYPE ARRAYS

BY Ga+ IMPLANTATIONNicholas Wyn Owen1, Hang-Yan Yuen2, Amanda K.Petford-Long1, 1Dept. of Materials, Univ. of Oxford, ParksRd. Oxford, UK 2Chinese Univ. of Hong Kong, Sci. Centre,Shatin, Hong Kong

4:45 PMBC 12 MAGNETIC PROPERTIES OF LATERAL “ANTIDOT”

ARRAYSM. B. A.Jalil, Angeline S. L. Phoa, Suey L Tan, A OAdeyeye, ISML, ECE Department, National University ofSingapore

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BDImaging and Measurement

André ThiavilleLab. Physique Solides, University Paris-Sud

Monday2:00 PM Room B

2:00 PMBD 01 ULTRAFAST GENERATION OF MAGNETIC FIELDS

IN A SCHOTTKY DIODEMatthias Buess1, Yves Acremann1, Christian H Back1,Martin Dumm2, Günther Bayreuther2, Danilo Pescia1, 1ETHZürich, Lab. f. Festkörperphysik, Switzerland, 2Inst. f. Exp.u. Angew. Physik, Uni Regensburg, Germany

2:15 PMBD 02 SUB-NANOSECOND MAGNETORESISTANCE

MEASUREMENTS OF SWITCHING TRANSIENTSLiesbet Lagae, IMEC, Belgium

2:30 PMBD 03 HIGH RESOLUTION MAGNETIC FORCE

MICROSCOPY USING FOCUSSED ION BEAMMODIFIED TIPS.Gavin N Phillips1, Martin Siekman2, Leon Abelmann2,Cock Lodder2, 1Philips Research, Eindhoven, TheNetherlands, 2SMI, MESA+ Research Institute, U. Twente,The Netherlands

2:45 PMBD 04 THE CANTICLEVER: A DEDICATED PROBE FOR

MAGNETIC FORCE MICROSCOPYIwan Heskamp, Arnout G Van den Bos, Iwan R Heskamp,Martin Siekman, Leon Abelmann, Cock Lodder, SMI,MESA+ Research Institute, U. Twente, The Netherlands

3:00 PMBD 05 A SYNTHETIC MULTIPLE LAYER TIP FOR

MAGNETIC FORCE MICROSCOPYYihong Wu1, Zhiyong Liu2, Dan You2, Kebin Li2, JinjunQiu2, Yuankai Zheng2, 1ECE departmrnt, NUS and DataStorage Institute, Singapore, 2Data Storage Institute,Singapore

3:15 PMBD 06 MAGNETIZATION ESTIMATION FROM MFM

IMAGESRonald S. Indeck, Chi-Chun Hsu, Clayton T. Miller, JosephA. O'Sullivan, Marcel W. Muller, MISC, WashingtonUniversity, St. Louis, MO

3:30 PMBD 07 MAGNETIC FORCE MICROSCOPY

CHARACTERIZATION OF UNUSUAL MAGNETICCOUPLING IN AN EXTRAORDINARILY RESPONSIVEMAGNETIC MATERIALJeff Leib1, Chester C.H. Lo2, John E Snyder2, David CJiles2, 1Mat Sci and Eng Dept, Iowa State Unv, Ames, IA,2Ames Laboratory, USDoE, Iowa State University, Ames,IA

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3:45 PMBD 08 MICROSCOPIC STUDY ON ACCELERATED

THERMAL SIGNAL DECAY BY MFMEdward T. Yen, Seagate Technology, Fremont, CA

4:00 PMBD 09 SWITCHING FIELD DISTRIBUTIONS IN

PERPENDICULAR RECORDING MEDIARené J.M. van de Veerdonk1, Xiaowei Wu1, Roy W.Chantrell1, Chunghee Chang2, Dieter Weller1, 1SeagateResearch, Pittsburgh, PA, 2Seagate Recording MediaOperations, Fremont, CA

4:15 PMBD 10 EXTRACTION OF THE RESPONSE FUNCTION OF

GMR HEAD FOR SPIN-STAND IMAGINGIsaak D. Mayergoyz, Chun Tse, Charles Krafft, DragosIulian Mircea, Petru Andrei, University of Maryland,College Park, MD

4:30 PMBD 11 NOISE AND NON-LINEAR TRANSFER CURVES IN

GMR HEADSMark Nichols, Maxtor, Milpitas, CA

4:45 PMBD 12 RF THIN-FILM PERMEABILITY MEASUREMENTS IN

A TRAVELLING ELECTROMAGNETIC FIELDYasunori Miyazawa1, Masahiro Yamaguchi2, KatsujiKaminishi1, Ken-Ichi Arai2, 1Ryowa Electronics Co., Ltd.,Sendai, Japan, 2RIEC, Tohoku Univ., Sendai, Japan

BERare Earth Iron Borides

Rex HarrisUniversity of Birmingham

Monday2:00 PM Room C & D

2:00 PMBE 01 TOP Nd-Fe-B MAGNETS: >55 MGOe ENERGY

DENSITY, 9.7 kOe COERCIVITYWerner Rodewald, Boris Wall, Matthias Katter, KaanUestuener, Vacuumschmelze GmbH & Co KG, Hanau,Germany

2:15 PMBE 02 TEXTURE INDUCEMENT DURING HDDR

PROCESSING OF NdFeBOliver Gutfleisch1, Goran Drazic2, Chisato Mishima3,Yoshinobu Honkura3, 1IFW Dresden, Germany, 2JozefStefan Institute, Jamova, Slovenia, 3Aichi Steel Corp., 1Wanowari, Araomachi, Tokai Aichi Japan

2:30 PMBE 03 EFFECT OF CRYSTAL ORIENTATION

RELATIONSHIP ON ANISOTROPIC INDUCEMENT INTHE HDDR TREATED Nd-Fe-B ALLOYSSatoshi Sugimoto, Satoshi Ohga, Toshio Kagotani, KoichiroInomata, Graduate School of Engng., Tohoku Univ.,Sendai, Japan

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2:45 PMBE 04 HEAT RESISTANCE OF NdFeB ANISOTROPIC

BONDED MAGNETNorihiko Hamada, Chisato Mishima, Hironari Mitarai,Yoshinobu Honkura, Aichi Steel Corp., Araomachi, TokaiAichi Japan

3:00 PMBE 05 MECHANICAL PROPERTIES OF INJECTION MOLDED

NdFeB PERMANENT MAGNETSMonika Gerda Garrell1, Albert J Shih2, Ronald O.Scattergood2, Edgar Lara-Curzio3, Bao-Min Ma1,1Magnequench Technology Center, 2 North Carolina StateUniversity, 3Oak Ridge National Laboratory, TN

3:15 PMBE 06 THE MAGNETIC PROPERTIES OF (Nd,Dy)-(Fe,Co)-B-

Nb AND Nd-(Fe,Co)-B MAGNETS MADE BY THEMELT SPINNING METHOD WITH GROOVED ANDCERAMIC COATED ROLLHiroshi Kato, Akira Arai, Koji Akioka, Seiko Epson Corp.,Hirooka, Shiojiri, Nagano, Japan

3:30 PMBE 07 CRYSTALLIZATION BEHAVIOUR AND MAGNETIC

PROPERTIES OF MELT-SPUN PrX(Fe0.8Co0.2)94-XB6

ALLOYSZuocheng Wang, Hywel A. Davies, C L Harland,Department of Engineering Materials, University ofSheffield, UK

3:45 PMBE 08 IMPROVEMENT IN COERCIVITY BY HIGH-SPEED

CRYSTALLIZATIONHirotoshi Fukunaga, Kyoshi Tokunaga, Fac. OfEngineering, Nagasaki University, Japan

4:00 PMBE 09 EFFECT OF GRAIN GROWTH INHIBITORS ON THE

HYSTERESIS PROPERTIES OF Nd10Fe82C6B2 ALLOYSMaria Daniil, Dep. of Physics & Astronomy, Univ. ofDelaware, Newark, DE

4:15 PMBE 10 EFFECTS OF Zr SUBSTITUTION FOR RARE EARTH

ON THE THERMAL STABILITY OF MELT-SPUN(Nd0.75Pr0.25)12.5-XZrXFe82B5.5(x=0-3) POWDER ANDMAGNETSZhongmin Chen, Ben R Smith, Bao-Min Ma, MagnequenchTechnology Center, Research Triangle Park, NC

4:30 PMBE 11 CORROSION BEHAVIOUR OF TEXTURED AND

ISOTROPIC NANOCRYSTALLINE NdFeB-BASEDMAGNETSA. Gebert, IFW Dresden, Germany

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4:45 PMBE 12 AN INVESTIGATION INTO THE CORROSION

BEHAVIOUR OF Zn COATED NdFeB POWDERSarah Lillywhite1, Allan Walton1, Andy Williams1, RexHarris1, Dave Kinsey2, Geraint Jewell2, Dave Howe2,1Institute of Metallurgy and Materials, University ofBirmingham, 2Dept. of Materials Engineering, University ofSheffield, UK

BPMR-Based Heads I

Ashok LahiriIBM Speichersysteme

Monday1:15 PMBP 01 THERMAL ENGINEERING OF GIANT

MAGNETORESISTIVE (GMR) SENSORS:ALTERNATIVE DIELECTRIC GAPYongho Sungtaek Ju, Wen Y. Lee, Marie-Claire Cyrille,Robert E. Fontana, Bruce A. Gurney, IBM Research, SanJose, CA

BP 02 SPIN VALVES WITH COBALT-FERRITE PINNINGLAYERSMatthew J. Carey, S. Maat, R. Farrow, R. Marks, P.Nguyen, Philip M. Rice, A. Kellock, Bruce A. Gurney, IBMResearch, San Jose, CA

BP 03 EFFECTS OF MAGNETIC SHIELD ANNEALPROCESSES DETERMINED BY MFM AND DOMAINIMAGINGDenis O'Donnell, Donna Doherty, Alan B Johnston,Seagate Technology Ireland, Springtown, Derry, N. Ireland

BP 04 ANTIFERROMAGNET/FERROMAGNET INTERFACEROUGHNESS EFFECT ON EXCHANGE COUPLINGAND MR RATIO IN SPIN-VALVE SYSTEMAbdul Al-Jibouri, Nordiko Ltd, UK

BP 05 EFFECT OF ALUMINA SPACER IN TRILAYERSHARED POLE STRUCTURES IN GMR RECORDINGHEADSNirupama Sharma1, Alan B Johnston1, Colin J O'Kane1,Declan Macken2, 1Seagate Technology, Ireland, 2SeagateTechnology, Minneapolis, MN

BP 06 REQUIRED CONDITIONS FOR THE MAGNETICDOMAIN CONTROL OF NARROW-TRACK READHEADS TO ACHIEVE HIGH SENSITIVITY AND GOODSTABILITYAkira Morinaga1, Chiaki Ishikawa2, Takayoshi Ohtsu1,Norifumi Miyamoto1, 1Hitachi, Ltd., Data Storage SystemsDivision, 2Hitachi, Ltd., Central Research Lab., Tokyo,Japan

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BP 07 THERMALLY ACTIVATED MAGNETIZATIONFLUCTUATIONS IN SPIN VALVE AND GMRSENSORS: MODE THEORY AND EXPERIMENTALMEASUREMENTSZhen Jin, H Neal Bertram, Vladimire L Safonov, CMRR,UCSD, La Jolla, CA

BP 08 COMPARISON OF DSV, BSV AND TSV SPIN VALVESIN CPP GEOMETRYMark A Gubbins, Seagate Technology Ireland,Londonderry, Northern Ireland

BP 09 THERMALLY ACTIVATED MAGNETIC NOISE ANDSPECTRA IN GMR HEADSJian-Gang Zhu, Yuchen Zhou, Data Storage System Center,Carnegie Mellon University, Pittsburgh, PA

BP 10 ELECTRICAL RELIABILITY OF TUNNELINGMAGNETORESISTIVE HEADSSeongtae Bae1, I-Fei Tsu2, Marshall Davis2, Janusz J.Nowak2, Jack H. Judy1, 1MINT, University of Minnesota,2Seagate Technology, Minneapolis, MN

BP 11 NOISE CHARACTERISTICS OF TUNNELINGMAGNETORESISTIVE SENSORSHae Seok Cho, Alexey Nazarov, Janusz J Nowak, NedTabat, Seagate Technology, Minneapolis, MN

BP 12 FLUX-ENHANCED GIANT MAGNETORESISTANCEHEAD DESIGN AND SIMULATIONYuankai Zheng, Date Storage Institute of Singapore

BP 13 EFFECT OF NON-PLANAR SHIELDS ON THEREADBACK PERFORMANCE OF GMR HEADSHeng Gong, Read-Rite Corp, Fremont, CA

BP 14 PARALLEL BETWEEN PLAYBACK INPERPENDICULAR AND LONGITUDINALRECORDINGSakhrat Khizroev, Dmitri Litvinov, Seagate Research,Pittsburgh, PA

BP 15 TAPE HEADS FOR HIGH TRACK DENSITY LINEARRECORDINGEddie A Draaisma, OnStream Holding B.V. Eindhoven,The Netherlands

BP 16 DEVELOPMENT OF MICROMV MAGNETICRECORDING SYSTEMKeizo Tsuneki, Yasutaka Kotani, Kazuyuki Iesaka,Masayuki Mizuno, Nobuhiro Kondo, Yuji Yanagi, PVCompany, Sony Corp., Tokyo, Japan

BP 17 GMR ENHANCEMENT IN HYBRID SPIN VALVESFOR CIP GEOMETRIESDenis O'Donnell, Deirdre O'Neill, Alan B Johnston, SeagateTechnology Ireland, Springtown, Derry, N. Ireland

38

BQProtective Layers in HDD Interface

H. L. EckesIBM Speichersysteme

Monday1:15 PMBQ 01 MORPHOLOGY AND CHEMICAL COMPOSITION OF

CARBON SPUTTER TARGETSThomas Y.F. Liew, Data Storage Insitute, Singapore

BQ 02 RAMP WEAR AND DEBRIS FROM LOAD/UNLOADTAB ROUGHNESSJ. R. Yaeger, Maxtor Corp, Milpitas, CA

BQ 03 A HIGHLY DURABLE STRUCTURE OF VERY THINCARBON PROTECTIVE LAYERTakashi Chiba, Jun Ariake, Naoki Honda, KazuhiroOuchi, AIT, Akita, Japan

BQ 04 CONSIDERATION IN HEAD-DISK INTERFACEISSUES AT 10nm FLYING HEIGHTRun-Han Wang, U. Vasant Nayak, IBM Almaden ResearchCenter, San Jose, CA

BQ 05 DYNAMICS OF LIQUID MENISCUS BRIDGE OFINTERMITTENT CONTACT SLIDERHiroshige Matsuoka, Shigehisa Fukui, Hiroshi Morishita,Dept. Appl. Math. Phys., Faculty of Eng., Tottori Univ.,Japan

BQ 06 PATTERNED LUBRICANT - A MICROSTRUCTUREDPERFLUOROPOLYETHER FILM ON THENITROGENATED CARBON SURFACEJun Zhang, Yajie Xu, Zaibin Guo, J. P. Wang, Data StorageInstitute, Singapore

BQ 07 ANALYSIS OF MOBILITY AND SPREADINGBEHAVIOR OF PFPE LUBRICANTS USING SURFACEREFLECTANCE ANALYZERSaurabh K Deoras1, Sang-Wook Chun1, Gerard Vurens2,Frank Talke1, 1CMRR, La Jolla, CA, 2HDI Instrumentation,Santa Clara, CA

BQ 08 A STUDY OF THE AIR BEARING PRESSURE EFFECTON THE LUBRICANT DISPLACEMENT USING ANOPTICAL SURFACE ANALYZERTakeshi Watanabe, Fuji Electric, Nagano, Japan

BQ 09 EFFECTS OF INTERMOLECULAR FORCES ON SUB-10nm SPACED SLIDERSJianhua Li, Bo Liu, Wei Hua, Yansheng Ma, Data StorageInstitute, Singapore

BQ 10 THE EFFECT OF SLIDER ON LUBRICANT LOSS ANDREDISTRIBUTIONXiaoding Ma, Huan Tang, Michael Stirniman, Jing Gui,Seagate Technology, Fremont, CA

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BRChannel and System Considerations for Magnetic Recording

Gordon F. HughesCMRR U.C. San Diego

Monday1:15 PMBR 01 TIMING RECOVERY FOR MAGNETIC RECORDING

USING CROSS-CORRELATIONJason Goldberg, Jack K Wolf, CMRR - UCSD, La Jolla,CA

BR 02 CYCLE-SLIP-DETECTOR-AIDED ITERATIVE TIMINGRECOVERY ALGORITHMXiaowei Jin, Aleksandar Kavcic, Division of Engineeringand Applied Science, Harvard Univ., CT

BR 03 JOINT TIMING RECOVERY AND TURBOEQUALIZATION FOR PARTIAL RESPONSECHANNELSAravind Nayak, John Barry, Steven McLaughlin, GeorgiaInstitute of Technology, Atlanta, GA

BR 04 COMBINED CONCATENATED CODING ANDNONLINEAR EQUALIZATION FOR MAGNETICRECORDING CHANNELSAli A Ghrayeb, American University of Sharjah, UAE

BR 05 BER ESTIMATION FROM SYNCHRONOUS SAMPLESTATISTICSNan-Hsiung Yeh1, Ghassan Abdelnour2, Horng-ShiongChen3, 1Seagate Technology, Fremont, CA, 2SeagateTechnology, Oklahoma City, OK, 3Seagate Technology,Minneapolis, MN

BR 06 ANALYSIS OF WRITE FRONT-END REQUIREMENTSFOR CHIP-ON-SUSPENSION PRE-AMPLIFIER FORHIGH DATA RATE MAGNETIC RECORDINGHao Fang, Sally Doherty, Agere Systems, Mendota Heights,MN

BR 07 OPTIMAL READ/WRITE WIDTH DESIGN USING BERMODEL AND EVOLUTIONARY ALGORITHMKezhao Zhang, Herbert Lin, Maxtor Corporation, Milpitas,CA

BR 08 EXPERIMENTAL ERROR RATES IN A PRMLCHANNEL VERSUS ASYMMETRYJoseph Feng, Terry Whittier, Storage Tech. Div., IBMCorp., San Jose, CA

BR 09 SERIALLY CONCATENATED CODING FOR PRSYSTEM WITH LDPC AND PC CODESHidetoshi Saito, Yoshihiro Okamoto, Hisashi Osawa, Dept.of E.&E., Faculty of Eng., Ehime Univ., Japan

BR 10 RUN LENGTH-LIMITED (3, 7) CDOE FOR STORAGECHANNELSJaejin Lee, Youpyo Hong, Dongguk University, Seoul,Korea

40

BR 11 COMPUTING INFORMATION RATES OF THEMICROTRACK CHANNELD. Arnold1, Hans-Andrea Loeliger2, 1IBM Research, ZurichResearch Laboratory, 2ETH Zurich, Switzerland

BSMechanics of Recording Systems

Bill MessnerCarnegie Mellon University

Monday1:15 PMBS 01 SERVO CONTROLLER DESIGN FOR HIGH

BANDWIDTH HDDSChung Choo Chung, Hanyang University, Seoul, Korea

BS 02 RADIAL ERROR PROPAGATION ISSUES IN SELFSERVO TRACK WRITING TECHNOLOGYHaibei Ye1, Vincent Sng2, Guoxiao Guo1, Chunling Du1,Vincent Sng2, Cunling Du1, Guoxiao Guo1, 1Data StorageInstitute, Singapore, 2Seagate Technology, Singapore

BS 03 DUAL-STAGE SERVO WITH ON-SLIDER PZTMICROACTUATOR FOR HDDYaolong Lou1, Peng Gao1, Bin Qin2, Guoxiao Guo2, Eng-Hong Ong2, Akio Takada1, Kanzo Okada1, 1SingaporeResearch Laboratory, Sony Electronics, 2Data StorageInstitute, Singapore

BS 04 THIN FILM PIEZOELECTRIC DUAL-STAGEACTUATOR FOR HDDHideki Kuwajima, Kaoru Matsuoka, HD DevelopmentCenter, Matsushita Electric, Osaka, Japan

BS 05 MID-FREQUENCY DISTURBANCE REJECTION VIAMICRO-ACTUATOR IN DUAL-STAGE HDDDaowei Wu, Guoxiao Guo, Tow C. Chong, Data StorageInstitute, Singapore

BS 06 IRFM CONTROL WITH APPLICATION TO HDDSERVO SYSTEMQing-Wei Jia, Kian-Keong Ooi, Servo Dept., SeagateTechnology International, Singapore

BS 07 A NOVEL MAGNETIC PRINTING TECHNIQUE FORPERPENDICULAR MEDIAAkira Saito1, Taizou Hamada2, Tatsuaki Ishida2, YukihiroTakano1, Eiichi Yonezawa1, 1Device TechnologyLaboratory, Fuji Electric R&D, Ltd, 2HD Development Ctr,Matsushita Electric Industrial Co., Japan

BS 08 THERMAL ANALYSIS OF MAGNETO-OPTICPRINTING OF SERVO PATTERNSBill R. Baker, Consultant, Redwood City, CA

BS 09 AERODYNAMIC VIBRATION MECHANISM OF HDDARMS PREDICTED BY UNSTEADY NUMERICALSIMULATIONSHiroyuki Kubotera, Naozumi Tsuda, Masayuki Tatewaki,Tsugito Maruyama, Fujitsu Laboratories Ltd., Japan

41

BS 10 EXPERIMENTAL AND THEORETICAL STUDIES OFFLUID-DYNAMIC BEARING (FDB) SPINDLES WITHROTATING-SHAFT DESIGNJung Seo Park1, I. Y. Shen1, C. -P. Roger Ku2,1University of Washington, Seattle, WA, 2Western DigitalCorporation, San Jose, CA

BS 11 EXPERIMENTAL COMPARISON OF DISKVIBRATIONS MOUNTED ON BALL BEARING ANDFLUID BEARING SPINDLEQide Zhang1, S.H. Winoto2, Guoxiao Guo1, JiapingYang1, 1Data Storage Institute, Singapore, 2Dept. of MPE,National University of Singapore

BS 12 EXPERIMENTAL DYNAMIC MODELING ANDCHARACTERISATIONS OF DISK PLATTERRESONANCESPang Chee Khiang1, Ong Eng Hong1, Guoxiao Guo2,1National University of Singapore, 2Data Storage Institute,Singapore

BS 13 DYNAMIC CHARACTERISTICS OF A FLEXSUSPENSION ASSEMBLYShengkai Yu1, Bo Liu1, Qisuo Chen1, James R. White2, KeZhang2, Yongpeng Lee2, 1Data Storage Institute, Singapore,23M Asia Pacific, Singapore

BS 14 HIL SIMULATION SYSTEM FOR THE HDD SERVOFIRMWAREYosuke Senta, Yuichi Sato, Eiji Okamura, Fujitsu Lab.,Kawasaki, Japan

BTNovel Recording Methods

David ThompsonUnited States

Monday1:15 PMBT 01 LARGE CAPACITY PROBE RECORDING USING

STORAGE ROBOTS (STOBOTS)Thijs Bolhuis, Leon Abelmann, Cock Lodder, SMI,MESA+ Research Institute, U. Twente, The Netherlands

BT 02 PERFORMANCE ANALYSIS OF BEYOND 100GBITS/IN2 MFM-BASED MEMS-ACTUATED MASSSTORAGE DEVICESRany Tawfik El-Sayed, L. Richard Carley, CHIPS,Carnegie Mellon Univ., Pittsburgh PA

BT 03 DEPENDENCE OF THERMO-MAGNETIC MARK SIZEON APPLIED STM VOLTAGE IN Co/Pt MULTILAYERSLi Zhang, James A. Bain, Jian-Gang Zhu, DSSC, Dept. ofECE, Carnegie Mellon Univ., Pittsbugh, PA

42

BUSoft Ferrites and Thin Films

Raul ValenzuelaIIM-UNAM, Cto Ext CU, Mexico

Monday1:15 PMBU 01 CUBIC PHASE STABILIZATION IN SPUTTER

DEPOSITED NANOCRYSTALLINE COPPER FERRITETHIN FILMS WITH LARGE MAGNETIZATIONMrugesh Desai1, Shiva Prasad1, N. Venkataramani1,Indradev Samajdar1, Arun Kumar Nigam2, R. Krishnan3,1IIT Bombay, India, 2TIFR, Mumbai, India, 3LMOV-CNRS,France

BU 02 RECYCLING OF MnZn FERRITE CORES ANDMAGNETIC PROPERTIESYoshio Matsuo, FDK Corporation, Kosai-shi, Shizuoka,Japan

BU 03 INFLUENCE OF CRYSTALLINE STRUCTURE ONMICROMAGNETIC DOMAIN FORMATIONAtsufumi Hirohata1, Y.B. Xu2, J. A. C. Bland1, Stuart N.Holmes3, E. Cambril4, Y. Chen4, F. Rousseaux4, 1CavendishLab., Univ. of Cambridge, 2Department of Electronics,University of York, 3Cambridge Research Lab., ToshibaResearch Europe Ltd., 4L2M/CNRS, Bagneux, France

BU 04 Mn-Zn FERRITE PARTICLE/POLYIMIDE COMPOSITETHICK FILM AND ITS APPLICATION TO A COUPLEDTRANSMISSION-LINE COMMON-MODE FILTERToshiro Sato1, Takahiro Kokai1, Masashi Moroishi1,Kiyohito Yamasawa1, Hiroki Karasawa2, ToshiyukiSakuma2, 1Shinshu University, Nagano, Japan, 2KOACorporation, Nagano, Japan

BU 05 EFFECTS OF Bi2O3 ADDITION ON THEMICROSTRUCTURE AND ELECTROMAGNETICPROPERTIIES OF NiCuZn FERRITESJaill Jeong1, Byeong Cheol Moon2, Young Ho Han1,1Sungkyunkwan University, 2Samsung ElectromechanicsCo., Korea

BU 06 MAGNETIC PROPERTIES OF NANOCOMPOSITESCONTAINING FeNi OR Fe DISPERSED IN A MnZnFERRITE MATRIXJohan Moulin1, Yannick Champion2, Jean-Marc Greneche3,Frédéric Mazaleyrat1, 1LESiR, ENS Cachan, Cachan,France, 2CECM, Vitry, France, 3LPEC, Univ. du Maine, LeMans, France

BU 07 THE MICROSTRUCTURE AND CHARACTERISTICSOF MAGNETITE THIN FILMS PREPARED BYULTRASOUND-ENHANCED FERRITE PLATINGJae Hee Oh, Department of Ceramic Engineering InhaUniversity, Inchon, Korea

BU 08 MAGNETIC AND ELECTRIC PROPERTIES OF SiO2-DOPED Mn FERRITE BY MECHANICAL ALLOYINGJun Ding, Faculty of Science, National University ofSingapore

43

BU 09 FOURIER TRANSFORM A TOOL FOR NON INVASIVECHARACTERIZATION OF MAGNETIZATIONPROCESSES IN SOFT FERRITECaltun F Ovidiu Florin, Nistor Iulian, Sava M AncaMihaela, "A. I. Cuza" University, Faculty of Physics, Iasi,Romania

BU 10 MAGNETIC ANISOTROPIC PROPERTIES IN Fe3O4

AND CoFe2O4 FERRITE EPITAXY THIN FILMSLance Horng1, G Chern2, 1National Changhua University ofEducation, 2Department of Physics, National Chung-ChengUniversity, China

BU 11 CONSTRUCTION AND MAGNETICCHARACTERISTICS OF MAGNETIC WOODHideo Oka1, Atushi Hojo1, Hiroshi Osada1, KyoushiroSeki1, Yasuji Namizaki2, Hironori Taniuchi3, 1IwateUniversity, Morioka, Japan, 2Iwate Industrial ResearchInstitute, 3Iwate Pref. Forestry Techonology Center,Morioka, Japan

BU 12 LOW-FIELD MAGNETORESISTANCE ANDMAGNETIC STUDY OF Ba2Fe1+XMo1-XO6

Woo Young Lee1, Hauk Han1, Sung Baek Kim2, Chul SungKim2, Bo Wha Lee1, 1Department of Physics, HUFS,Yongin, Korea, 2Department of Physics, Kookmin Univ.,Seoul, Korea

BU 13 MAGNETIC AFTEREFFECTS IN Si-DOPED YIGCarlos Torres Cabrera, Oscar Alejos, Pablo Hernández-Gómez, José María Muñoz, Carlos de Francisco, Dpto.Electricidad y Electronica, Univ. Valladolid, Spain

BU 14 THERMAL STABILITY OF ELECTRODEPOSITEDSOFT-MAGNETIC IRON ALLOY LAYERSE.H. du Marchie van Voorthuysen, D.O. Boerma, N.G.Chechenin, F.T. ten Broek, NSSP and MSC, University ofGroningen, The Netherlands

BU 15 RELATION BETWEEN OBSERVEDMICROMAGNETIC RIPPLE AND FMR WIDTH INULTRASOFT MAGNETIC FILMSNikolai G. Chechenin, Materials Science Centre, Universityof Groningen, The Netherlands

BU 16 MOMENT REDUCTION DUE TO OXYGENCONTAMINATION OF Fe35Co65

Winnie Yu, James A Bain, Yingguo Peng, David ELaughlin, Data Storage Systems Center, Carnegie MellonUniversity, Pittsburgh, PA

44

BVMagnetic Steels

Anthony J. MosesCardiff University

Monday1:15 PMBV 01 MAGNETOSTRICTIVE PROPERTIES OF CUBE-

TEXTURED Si-STEEL SHEETS BY OXIDE-SEPARATOR-INDUCED DECARBURIZATIONToshiro Tomida, Sumitomo Metals R&D, Amagasaki,Japan

BV 02 NEURAL NETWORK BASED APPROACH TODYNAMIC HYSTERESIS FOR CIRCULAR ANDELLIPTICAL MAGNETIZATION IN ELECTRICALSTEEL SHEETDimitre Makaveev, Luc Dupré, Jan Melkebeek, GhentUniversity, Ghent, Belgium

BV 03 TWO-DIMENTIONAL DC-BIASED PROPERTIES OFMAGNETIC MATERIALSMasato Enokizono, Shuichi Takahashi, Oita University,Oita, Japan

BV 04 INTERFACIAL SEGREGATION KINETICS OF SULFURINFLUENCED BY FLOW RATE OF HYDROGEN ANDMAGNETIC INDUCTION IN THIN-GAUGED 3%Si-FeSTRIPSang-Beom Kim, Yong-Seok Choi, Seong-Soo Cho, NamHoe Heo, Korea Electric Power Research Institute, Yusung,Korea

BV 05 ORDER IN HIGH SILICON ELECTRICAL STEELCHARACTERIZED BY MÖSSBAUER SPECTROSCOPYDaniel Ruiz Romera, Tanya Ros-Yañez, Yvan Houbaert,Robert Vandenberghe, Ghent University, Belgium

BV 06 CHARACTERIZATION OF PEARLITE GRAINS INPLAIN CARBON STEEL BY BARKHAUSENEMISSIONK. M. Koo1, D. H. L. Ng1, Chester C.H. Lo2, 1Department ofPhysics, The Chinese University of Hong Kong, 2AmesLaboratory, Iowa State University, Ames, IA

BV 07 SURFACE-ENERGY-INDUCED SELECTIVENUCLEATION AND GROWTH IN 3%SILICON STEELNam Hoe Heo, Sang-Beom Kim, Yong-Seok Choi, Seong-Soo Cho, KEPRI, Taejon, Korea

BV 08 FINE-GRAINED AND CUBE-TEXTURED Si-STEELSHEET HOOP BY OXIDE-SEPARATOR-INDUCEDDECARBURIZATIONNaoyuki Sano1, Toshiro Tomida1, Shigeharu Hinotani1,Atsuhiko Kuroda1, Hidetoshi Kotera2, Koji Fujiwara3,1Sumitomo Metals R&D, Amagasaki, Japan, 2Dept.Mechanical Engineering, Kyoto University, 3Dpt. E.E.,Okayama Univ., Japan

45

BV 09 EVOLUTION OF MAGNETIC PROPERTIES ANDMICROSTRUCTURE OF HIGH-SILICON STEELDURING HOT DIPPING AND DIFFUSIONANNEALINGTanya Ros-Yañez, Yvan Houbaert, Marc de Wulf, GhentUniversity, Belgium

BV 10 INVESTIGATION OF RESIDUAL EFFECTS OFTENSILE STRESS ON MAGNETIC PROPERTIES OFNON-ORIENTED ELECTRICAL STEELAlexandre Poulnikov, Viatcheslav Permiakov, JanMelkebeek, Department of Electrical Power Engineering,Ghent University, Belgium

BV 11 NON-DESTRUCTIVE CHARACTERISATION OF 2Cr-1Mo STEEL QUALITY USING MAGNETO-ACOUSTICEMISSIONBoleslaw Augustyniak1, Leszek Piotrowski1, MarekChmielewski1, Martin J Sablik2, 1Gdansk University ofTechnology, 2Southwest Research Institut, San Antonio

BV 12 STRESS EVALUATION OF STEEL PLATES BYCHAOS OF BARKHAUSEN NOISEYuji Tsuchida, Takahiro Ando, Masato Enokizono, OitaUniversity, Oita, Japan

BV 13 DETERMINATION OF FATIGUE DAMAGE INAUSTENITIC STAINLESS STEEL USING THEPERPENDICULAR RESIDUAL MAGNETIZATIONMETHODMoachirou Oka, Terutoshi Yakushiji, Yuji Tsuchida,Masato Enokizono, Oita National College of Technology,Oita, Japan

BV 14 EFFECTS OF TWO LASER CUTTING MODES ON THEMAGNETIC PROPERTIES OF LOW AND MEDIUM SiGRAIN NON-ORIENTED ELECTRICAL STEELSPhilippe Baudouin1, Ahmed Belhadj2, Florin Breaban3,André Deffontaine3, Yvan Houbaert4, 1RUG GhentBelgium, 2RDCS Liége Belgium, 3CALFA Béthune France,4Ghent University, Technologiepark 9 Zwijnaarde, Belgium

BV 15 FLUX AND LOSS DISTRIBUTIONS IN A TYPICALSTATOR CORENedim Tutkun1, Anthony Jones Moses2, 1KaraelmasUniversity, Dept. of Elec.&Electronic, Turkey, 2CardiffUniversity, Wolfson Centre, UK

BWHigh Frequency Effects and Materials

E. SchloemannWeston

Monday1:15 PMBW 01 TUNABLE ZERO FIELD RESONANCE FREQUENCY

IN ARRAYS OF MAGNETIC ALLOY NANOWIRESArmando Encinas1, Marc Demand1, Salah Kenane1, IsabelleHuynen2, Luc Piraux1, 1UCL-PCPM Louvain La NeuveBelgium, 2EMIC-UCL Louvain La Neuve Belgium

46

BW 02 FORMATION AND PROPAGATION OF DIPOLAR SPINWAVE ENVELOPE SOLITONS UNDER THEINFLUENCE OF PARAMETRIC PUMPINGAndrei N. Slavin1, Yuri V. Kobljanskyj2, Gennady AMelkov2, Vladimir M Pan2, Vasyl S Tiberkevich2,1Department of Physics, Oakland Uni., MI, 2TarasShevchenko Kiev University, Kiev, Ukraine

BW 03 ACTIVE MAGNETOSTATIC WAVE DELAY LINE FORMICROWAVE SIGNALSAndrei N. Slavin1, Yuri V. Kobljanskyj2, Gennady AMelkov2, Vladimir M Pan2, Vasyl S Tiberkevich2,1Department of Physics, Oakland Uni., MI, 2TarasShevchenko Kiev University, Kiev, Ukraine

BW 04 NON-LINEAR MAGNETOSTATIC SURFACE WAVESPULSE PROPAGATION IN FERRITE-DIELECTRIC-METAL STRUCTUREYuri A. Filimonov1, Romolo Marcelli2, Sergei A. Nikitov3,1IRE-RAS, Saratov, Russia, 2CNR-IMM-M2T, Roma, Italy,3IRE-RAS, Moscow, Russia

BW 05 MICROWAVE ABSORBING PROPERTIES OF Co-SUBSTITUTED Ni2W HEXAFERRITES IN KA-BANDFREQUENCIES (26.5-40 GHz)Sung-Soo Kim, Dept. of Materials Eng., ChungbukNational Univ., Korea

BW 06 MICROWAVE ABSORPTION PROPERTIES OFPOLYMER-PROTECTED METALLIC MAGNETICNANOPARTICLESSatoshi Sugimoto, Yoshihiro Kato, Ken-ichi Shinohara,Toshio Kagotani, Koichiro Inomata, Graduate School ofEngng., Tohoku Univ., Sendai, Japan

BW 07 RECURRENCE PHENOMENON FOR MICROWAVESOLITONS IN FERRITE FILMSMark Mitchell Scott1, Boris A. Kalinikos2, Carl E. Patton1,1Colorado State University, Fort Collins, CO, 2St.Petersburg Electrotechnical Institute, Russia

BW 08 ORIGIN OF LARGE SIGNAL DECAY AT HIGHFREQUENCIES OVER FMR POINT INCoZrNb/POLYIMIDE MULTILAYERED THIN FILMMICROSTRIP-LINEShinji Ikeda, Toshiro Sato, Yasuyuki Maruyama, KiyohitoYamasawa, Shinshu University, Nagano, Japan

BW 09 DESIGN CONSIDERATION OF HIGH FREQUENCYPLANAR TRANSFORMERFu Wong, Jun Lu, Griffith University, Australia

BW 10 HIGH POWER MICROWAVE PROPERTIES OF Zn-YHEXAGONAL FERRITEAlexey V Nazarov, Richard G Cox, Carl E. Patton,Colorado State University, Fort Collins, CO

BW 11 Ni-Zn-Co FERRITE FILMS PREPARED AT 90ºCHAVING IMAGINARY PERMEABILITY 30 AT 3 GHzNobuhiro Matsushita, Tatsuro Nakamura, Masanori Abe,Tokyo Institute of Technology, Japan

47

BW 12 NONLINEAR BEHAVIOR OF MAGNETOSTATICSURFACE WAVES IN FERRITE FILM MULTILAYERSTRUCTURETetsuya Ueda1, Makoto Tsutsumi2, 1Kyoto Institute ofTechnology, Kyoto, Japan, 2Fukui University ofTechnology, Fukui, Japan

BW 13 THE FMR BEHAVIOR OF Fe SINGLE LAYERChin-Chung Yu1, M.J. Chen2, P.S. Chiu2, D.S. Hung3, Y.Liou1, S.F. Lee1, C.S. Tsai2, Y.D. Yao1, 1Institute ofPhysics, Academia Sinica, Taipei 115, Taiwan, 2Inst. ofAppl. & Eng. Res., Academia Sinica, Taipei, Taiwan,3Synchrotron Radition Research Center, Hsinchu, Taiwan

BW 14 FMR SPECTRUM CALCULATION OF ANARBITRARILY-SHAPED YIG RESONATOR BY THEFULL-WAVE FDTD METHOD TAKINGINHOMOGENEOUS DEMAGNETIZING FIELD INTOACCOUNTAtsushi Sanada, Ikuo Awai, Yamaguchi Univ., Dept. ofEEE, Yamaguchi, Japan

BW 15 MICROMACHINED MAGNETOSTATIC WAVE BAND-PASS RESONATORSRomolo Marcelli1, Gheorghe Sajin2, Alina Cismaru2, 1CNR-IMM-M2T, Roma, Italy, 2IMT, Bucuresti, Romania

BW 16 GENERATION OF SPIN-WAVE SOLITON-LIKE PULSETRAINS IN YTTRIUM IRON GARNET FILMS UNDERPARALLEL PUMPINGBoris A Kalinikos1, Mikhail P Kostylev1, Nikolai G.Kovshikov1, Hartmut Benner2, 1Electrotechnical University,St. Petersburg, Russia, 2Darmstadt University ofTechnology, Germany

BW 17 PULSE REGIME OF NONLINEAR SPIN WAVEINTERFEROMETER OPERATIONAlexei Borisovich Ustinov, St. Petersburg ElectrotechnicalUniversity, Russia

BW 18 DYNAMIC PERMEABILITY OF FERROMAGNETICTHIN FILMS WITH STRIPE DOMAIN STRUCTURENikita A. Buznikov, Alexander L. Rakhmanov, KonstantinN. Rozanov, ITAE, Moscow, Russia

BW 19 SMART MEASUREMENT SETUP FOR SPIN WAVELINEWIDTH DHKU. Hoeppe, AFT GmbH, Backnang; Germany

BW 20 TWO-PORT TRANSDUCERS FOR MAGNETOSTATICWAVE FILTERS AND DELAY LINESSergei V. Zagriadski, Jaehoon Choi, Jaehoon Choi,Hyeongdong Kim, Department of Electrical & ComputerEngineering, Hanyang University, Seoul, Korea

BW 21 MULTI-SOLITON FORMATION FROM A SINGLENARROW PULSE IN FERRITE FILMSCraig Zaspel, University of Montana/Western, Dillon, MT

48

BW 22 EPITAXIAL FERRITE FILM STRAIGHT EDGERESONATORSSergey D. Vasilchenko, Evgeny V. Kudinov, Michael G.Balinskiy, Andrii V. Selezn'ov, NTUU Kiev PolytechnicInstitute, Kiev, Ukraine

CAMR-Based Heads II

William O'KaneSeagate Technology Ireland

Tuesday9:00 AM Auditorium

9:00 AMCA 01 IMPROVED CORROSION RESISTANCE OF IrMn

ANTIFERROMAGNETS FOR SPIN VALVEAPPLICATIONS BY ALLOYING WITH Cr AND Ru[invited]Matthew J. Carey, J. R. Childress, A. Kellock, T. Le, T.Thompson, L. Baril, Bruce A. Gurney, IBM Research, SanJose, CA

9:30 AMCA 02 THE APPLICABILITY OF CPP-GMR FOR OVER

100GBPSI [invited]Takagishi Masayuki, Katsuhiko Koi, Masatoshi Yoshikawa,Tomomi Funayama, Hitoshi Iwasaki, Masashi Sahashi,Toshiba Corp., R&D Center, Kawasaki, Japan

10:00 AMCA 03 VERY LARGE GMR OF SPIN VALVE WITH

SPECULARLY REFLECTIVE LAYERSJongill Hong, Hitoshi Kanai, Yuji Uehara, MagneticRecording Technology Laboratory, Fujitsu Labs. Ltd, Japan

10:15 AMCA 04 CPP SENSORS WITH AN ENHANCED MR USING

LAMINATED FM LAYERSYihong Wu1,2, Kebin Li2, Zaibing Guo2, Jinjun Qiu2,Guchang Han2, T C Chong2, 1ECE National University ofSingapore, 2Data Storage Institute, Singapore

10:30 AMCA 05 A TUNNELING MAGNETORESISTANCE SENSOR

Tsann Lin, IBM Almaden Research Center, San Jose, CA

10:45 AMCA 06 DEGRADATION OF GMR AND TMR RECORDING

HEADS USING VERY SHORT DURATION ESDTRANSIENTSLydia C Baril, Mark Nichols, Albert Wallash, Maxtor Corp.Milpitas, CA

11:00 AMCA 07 AREAL DENSITY PROCESS ADVANTAGES FOR CPP

SENSORSRobert E. Fontana, Jordan A Katine, Marie-Claire Cyrille,Michael K. Ho, J. R. Childress, Ching H. Tsang, IBMResearch, San Jose, CA

49

11:15 AMCA 08 TUNNEL-VALVE AND SPIN-VALVE STRUCTURES

WITH IN SITU IN-STACK BIASJ. R. Childress, Michael K Ho, Robert E Fontana, Philip MRice, Matthew J Carey, Bruce A Gurney, Ching H Tsang,IBM Almaden Research Center, San Jose, CA

CBRecording Physics

Hiroaki MuraokaRIEC, Tohoku University

Tuesday9:00 AM Forum

9:00 AMCB 01 DYNAMICS OF TRANSITION WRITING IN

ANTIFERROMAGNETICALLY COUPLED MAGNETICRECORDING MEDIAManfred Ernst Schabes, IBM Almaden Research Center,San Jose, CA

9:15 AMCB 02 MICROMAGNETIC SIMULATION OF

PSEUDORANDOM SEQUENCES FOR EQUALIZEDSNR ESTIMATIONS IN LONGITUDINAL RECORDINGJim Giusti, Yuming Zhou, Lieping Zhong, Juan Fernandez-de-Castro, Seagate Technology, Minneapolis, MN

9:30 AMCB 03 HEAD FIELD ANGLE DEPENDENT WRITING IN

LONGITUDINAL RECORDINGLieping Zhong, Yuming Zhou, Jim Giusti, Juan Fernandez-de-Castro, Seagate Technology LLC, Bloomington, MN

9:45 AMCB 04 RELATION BETWEEN MAGNETIC CLUSTER SIZE

AND THERMAL SWITCHING SIZE IN HDD MEDIAMasukazu Igarashi1, Fumiko Akagi1, Yutaka Sugita2,1Hitachi, Ltd., CRL, 2Tohoku Institute of Technology,Sendai, Japan

10:00 AMCB 05 READBACK RESPONSES FOR COMPLEX

RECORDING MEDIA CONFIGURATIONSDavid T Wilton1, Roger Wood2, 1University of Plymouth,Plymouth, UK, 2IBM, San Jose, CA

10:15 AMCB 06 TRANSITION NOISE REDUCTION IN CGC

PERPENDICULAR MEDIAKenji Miura1, Hiroaki Muraoka1, Yoshiaki Sonobe2,Yoshihisa Nakamura1, 1RIEC, Tohoku Univ., Sendai,Japan, 2IBM Almaden, San Jose, CA

10:30 AMCB 07 PERPENDICULAR RECORDING MODEL OF MEDIUM

EFFECTS ON READ-BACK AMPLITUDE ANDTRANSITION SNRMartin Plumer, Johannes van Ek, Seagate Technology,Minneapolis, MN

50

10:45 AMCB 08 VECTOR RECORDING PROPERTIES OF

PERPENDICULAR MEDIAJim J Miles1, Terry Olson2, Roger Wood2, Hazel AShute3, David T Wilton3, Barry K Middleton1, 1Universityof Manchester, UK, 2IBM, San Jose, CA, 3Maths & StatsDept University of Plymouth Devon UK

11:00 AMCB 09 DYNAMICS IN PERPENDICULAR RECORDING

USING 3D MICROMAGNETIC SIMULATIONKaizhong Gao, H Neal Bertram, CMRR, UCSD, La Jolla,CA

11:15 AMCB 10 MULTIPLE MAGNETIC IMAGE REFLECTION IN

PERPENDICULAR RECORDINGDmitri Litvinov, Roy W. Gustafson, Alexander Kuznetsov,Mark H. Kryder, Sakhrat Khizroev, Seagate Research,Pittsburgh, Pennsylvania, PA

CCThin Films: Surfaces and Interfaces

David J LarsonSeagate Technology, Minneapolis, MN

Tuesday9:00 AM Room A

9:00 AMCC 01 TEMPERATURE DEPENDENCE OF ANISOTROPIES

IN (001)Co/NiMnYung-Hung Wang1, Chih-Huang Lai1, Jyh-Shinn Yang2,1National Tsing Hua University, Hsinchu, Taiwan,2National Taiwan Ocean University, Keelung, Taiwan

9:15 AMCC 02 SWITCHING PROCESSES OF A CONTROLLED

DOMAIN WALL IN AN EXCHANGE BIASEDFERRIMAGNETIC BILAYERStéphane Mangin, François Montaigne, Loic Joly, MichelHehn, Alain Schuhl, LPM, Université Henri PoincareNancy-1, France

9:30 AMCC 03 CONTROL OF MAGNETIC ANISOTROPY IN Co/Pt

MULTILAYERS BY INSERTION OF Pd INTERLAYERSINTO PtSatoshi Sano, S. H. Kong, Shigeki Nakagawa, TokyoInstitute of Technology, Japan

9:45 AMCC 04 EASY AXIS DISPERSION IN HIGH MOMENT Fe-Co-Ni

THIN FILMS ELECTRODEPOSITED ON VARIOUSUNDERLAYERSXiaomin Liu, Giovanni Zangari, MINT Center, Universityof Alabama, Tuscaloosa, AL

51

10:00 AMCC 05 MAGNETIC PROPERTIES OF FeRh ALLOY FILMS

PREPARED BY ION-BEAM SPUTTERINGShuichiro Hashi1, Shunji Yanase1, Yasuo Okazaki1, MInoue2, 1Dept. of Elec. & Elec Eng., Gifu Univ., 2EEE,Toyohashi University of Technology, Toyohashi, Japan

10:15 AMCC 06 HIGH MOBILITY OF SURFACE ATOMS AND

INDUCED UNIAXIAL ANISOTROPY IN VERY THINPERMALLOY FILMSHiroyuki Katada1, Takehito Shimatsu1, Hiroshi Watanabe1,Isao Watanabe1, Hiroaki Muraoka1, Yoshihisa Nakamura1,Yutaka Sugita2, 1RIEC, Tohoku Univ., Sendai, Japan,2Tohoku Inst. Tech., Sendai, Japan

10:30 AMCC 07 TEMPERATURE VARIATION OF STEP-INDUCED

ANISOTROPY IN PERMALLOY THIN FILM GROWNON Mo STEPPED SURFACEChao-Ming Fu, Physics Dept, National Kaoshiung NormalUniversity, Taiwan

10:45 AMCC 08 EPITAXIAL GROWTH AND MAGNETIC

ANISOTROPY OF ELECTRODEPOSITED Ni AND CoTHIN FILMS GROWN ON n-TYPE GaAsPaul Richard Evans, Christian Scheck, Giovanni Zangari,Rainer Schad, University of Alabama, MINT Center,Tuscaloosa AL

11:00 AMCC 09 THERMALLY LIMITED RATE-DEPENDENT

SWITCHING IN EPITAXIAL Fe/GaAsT. A. Moore, S. M. Gardiner, G. Wastlbauer, J. A. C. Bland,Cavendish Laboratory, University of Cambridge, UK

11:15 AMCC 10 CONTROLLING THE MAGNETO-TRANSPORT

PROPERTIES OF EuS THIN FILMSJan Keller1, Jeff Parker1, Jolanta Satnkiewicz1, Peng Xiong1,Stephan von Molnar1, Patricia Stampe2, Robin Kennedy2,1MARTECH, Florida State University, Tallahassee, FL,2Dep. of Physics, Florida A&M University, Tallahassee, FL

CDGiant Magneto-Impedance

Larissa PaninaUniversity of Plymouth

Tuesday9:00 AM Room B

9:00 AMCD 01 GIANT MAGNETOIMPEDANCE, SKIN DEPTH AND

DOMAIN WALL DYNAMICSRaul Valenzuela, Israel Betancourt, IIM-UNAM, Cto ExtCU, Mexico DF, Mexico

52

9:15 AMCD 02 TEMPERATURE EFFECT ON THE GIANT

MAGNETOIMPEDANCE IN AMORPHOUSMATERIALSY. W. Rheem1, C. G. Kim1, C. O. Kim1, G. W. Kim1, S. S.Yoon2, 1ReCAMM, Chungnam National University, Taejon,Korea, 2Dept. of Physics, Andong National University,Korea

9:30 AMCD 03 TORSIONAL DEPENDENCE OF SECOND HARMONIC

AMPLITUDE OF GIANT MAGNETOIMPEDANCE INFeCoSiBCristina Gómez-Polo, Depto. de Física. Universidad Publicade Navarra, Pamplona, Spain

9:45 AMCD 04 HYSTERETIC AND ASYMMETRIC

MAGNETOIMPEDANCE IN COBALT-RICHAMORPHOUS WIRESPetru Ciureanu, Grazyna Rudkowska, Luiz Guilermo Melo,Arthur Yelon, Ecole Polytechnique Montreal, Canada

10:00 AMCD 05 GIANT MAGNETO-IMPEDANCE AND SURFACE

HYSTERESIS LOOPS IN Co-RICH AMORPHOUSMICROWIRESValentina A. Zhukova1, Alexandr Chizhik2, Arcady P.Zhukov3, Alexandr Torcunov4, Vladimir S. Larin4, JulianGonzalez1, 1Dpto Fisica Materiales, Fac. Química,UPV/EHU, San Sebastian, Spain, 2Inst. Low Temp. Phys. &Eng., Nat. Acad. Sciences of Ukraine, 3Donostia Intern.Phys. Centre, San Sebastian, Spain, 4"TAMag" S.L.,Madrid, Spain

10:15 AMCD 06 HIGH-FREQUENCY MAGNETOIMPEDANCE IN

Co83.2Mn7.6Si5.9B3.3 GLASS-COATED MICROWIRESPaola Tiberto, IEN Galileo Ferraris, Torino, Italy

10:30 AMCD 07 DYNAMIC CIRCULAR MAGNETISATION LOOPS IN

Co-BASED AMORPHOUS WIRESDavid Lionel Ambler, L V Panina, D J Mapps, DECE,University of Plymouth, Drake Circus, Plymouth, UK

10:45 AMCD 08 LASER ANNEALING EFFECT ON GIANT

MAGNETOIMPEDANCE IN AMORPHOUS Co-BASEDMICROWIRES. J. Ahn1, S. S. Yoon2, C. G. Kim3, C. O. Kim3, 1Dept. ofPhysics, Sun Moon University, Korea, 2Dept. of Physics,Andong National University, Korea, 3ReCAMM,Chungnam National University, Taejon, Korea

11:00 AMCD 09 GIANT MAGNETOIMPEDANCE EFFECT AND

MAGNETOELASTIC PROPERTIES IN STRESS-ANNEALED FeSiBCuNb NANOCRYSTALLINE WIREYin-feng Li, Instituto de Magnetismo Aplicado, UCM-RENFE-CSIC, Madrid, Spain

53

11:15 AMCD 10 MASS PRODUCED AMORPHOUS WIRE TYPE MI

SENSORSYoshinobu Honkura1, Michiharu Yamamoto1, YoshiakiKohtani1, K Mohri2, 1Aichi Steel Corp., Tokai Aichi Japan,2Graduate School of Elec. Eng. Nagoya University, Japan

CEMagneto-Chemistry and Magnetic Fluids

Charles KrafftUniversity of Maryland

Tuesday9:00 AM Room C & D

9:00 AMCE 01 MAGNETIC FIELD EFFECTS ON THE REST

POTENTIAL OF FERROMAGNETIC ELECTRODESGareth Hinds, Fernando M.F. Rhen, J. M.D. Coey, PhysicsDept, Trinity College, Dublin 2, Ireland

9:15 AMCE 02 MEASUREMENT OF HINDERED SETTLING IN

MAGNETIC DISPERSIONSTim Mercer, Philip R Bissell, Ray G Gilson, Centre forMaterials Science, UCLan, Preston, U.K.

9:30 AMCE 03 MICRO-STRUCTURES AND POTENTIALLY

ELECTRO-OPTIC APPLICATIONS OF MAGNETICFLUID FILMSChin-Yih Hong1, Herng-Er Horng2, Shieh-Yueh Yang2,Hong-Chang Yang2, 1Department of MechanicalEngineering, Da-Yeh University, Taiwan, 2Dept. of Phys.,National Taiwan Normal Univ., Taiwan

9:45 AMCE 04 WIDE VARIETY OF FERRITE FINE PARTICLES

SYNTHESIZED FROM AQUEOUS SOLUTION ATROOM TEMPERATUREKazuhiro Nishimura1, Masanori Abe2, Mitsuteru Inoue1,1Toyohashi University of Technology, 2Tokyo Institute ofTechnology, Japan

10:00 AMCE 05 STUDY OF PARTICLE-PARTICLE INTERACTION IN

MAGNETIC FLUIDS USING MAGNETIC RESONANCEPaulo Cesar Morais, Gil Renato Ribeiro Goncalves,Universidade de Brasilia, Brasilia (DF), Brazil

10:15 AMCE 06 NANOPARTICLE SURFACE CHARGE DENSITY IN

IONIC MAGNETIC FLUIDS: THE EFFECT OFPARTICLE-PARTICLE INTERACTIONSFanyao Qu1, Paulo Cesar Morais2, 1Faculdade de Fisica,Universidade Federal de Uberlandia, 2Universidade deBrasilia, Brasilia (DF)-Brazil

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10:30 AMCE 07 BIREFRINGENCE OF MAGNETITE-BASED

MAGNETIC FLUIDS: THE EFFECT OF THE SURFACE-COATING LAYERPaulo Cesar Morais, Kalil Skeff Neto, Andris FigueiroaBakuzis, Maria de Fatima Da Silva, Norbert Buske,Universidade de Brasilia, Brasilia

10:45 AMCE 08 IN VIVO INVESTIGATION OF DMSA-COATED

MAGNETIC FLUIDZulmira Guerrero Lacava1, Sacha Braun Chaves1, LeandroMarques Lacava1, Paulo Cesar Morais1, Osni Silva2,1Universidade de Brasilia, Brasilia (DF)-Brazil,2Universidade Federal de Goias, Goiania, Brazil

11:00 AMCE 09 EFFECT OF NONUNIFORM DISTRIBUTION OF MASS

CONCENTRATION ON OSCILLATORY PIPE FLOWUNDER STEADY AND FLUCTUATING MAGNETICFIELDSKunio Shimada1, Hiroshi Yamaguchi2, Narimitsu Shyuchi2,1Akita Prefectural University, Honjyo Campus, 2DoshisyaUniversity, Faculty of Engineering, Japan

11:15 AMCE 10 FLOW BOILING HEAT TRANSFER OF MAGNETIC

FLUID MIXED WITH LOWER SATURATIONTEMPERATURE SECONDARY PARTICLESShigemitsu Shuchi, Taisei Mori, Hiroshi Yamaguchi, Mech.Eng. Dept., Doshisha University, Japan

CZIEEE Magnetics Society Awards Ceremony

Tuesday11:45 AM Auditorium

DASYMPOSIUM

Exchange Biasing

Kevin O'GradyUniversity of York

Wednesday9:00 AM Auditorium

9:00 AMDA 01 ROLE OF ION IMPLANTATION IN EXCHANGE BIAS

SYSTEMS [invited]J Fassbender, B Hillebrands, Fachbereich Physik,Universitat Kaiserslautern, Germany

9:30 AMDA 02 EXCHANGE BIAS WITH PERPENDICULAR

ANISTROPY IN (Pt/Co)n/FeMn MULTILAYERS [invited]F Garcia, J Moritz, F Ernult, F Fettar, S Auffret, BRodmacq, B Dieny, CEA/Grenoble, Departement deRecherche Fondamentale sur la MatiereCondensee/SPINTEC, Grenoble, France

55

10:00 AMDA 03 THERMAL EFFECTS IN THE MAGNETIC

PROPERTIES OF COUPLED FM/AFM LAYERS[invited]R W Chantrell, Seagate Research, Pittsburgh, PA

10:30 AMDA 04 STABILITY OF DOMAINS AND PINNING NEAR THE

FERROMAGNET/ANTIFERROMAGNET INTERFACE[invited]R L Stamps, Department of Physics, University of WesternAustralia, Australia

11:00 AMDA 05 THE USE OF THE ANISOTROPIC

MAGNETORESISTANCE TO STUDY EXCHANGECOUPLING [invited]E D Dahlberg1, T Gredig1, I N Krivorotov1, C Leighton1, JNogues2, I K Schuller2, A M Goldman1, 1School of Physicsand Astronomy, University of Minnesota, Mineapolis, MN,2Physics Department, UCSD, La Jolla, CA

11:30 AMDA 06 DYNAMIC SPIN STRUCTURE AND

ANTIFERROMAGNETIC DOMAINS IN EXCHANGE-COUPLED MULTILAYERS [invited]C L Chien, John Hopkins University, Baltimore, MD

DBPerpendicular Recording Media

Dieter WellerSeagate Research, Pittsburgh

Wednesday9:00 AM Forum

9:00 AMDB 01 DESIGN OF THERMALLY STABLE PERPENDICULAR

MEDIA FOR 50-200GB/IN2 [invited]Steven Jon Kimble, Jack H. Judy, University of Minnesota,Elec. Eng., Minneapolis MN

9:30 AMDB 02 ZERO FIELD VISCOSITY IN PERPENDICULAR

MEDIAJ W Harrell, Shoutao Wang, Phys. & MINT Center, Univ.of Alabama, Tuscaloosa, AL

9:45 AMDB 03 A NEW METHOD FOR INTRINSIC VISCOSITY

MEASUREMENTS ON PERPENDICULARRECORDING MEDIAKim Le Phan, Cock Lodder, Systems and Materials forInformation Storage (SMI), MESA+ Research Institute, U.Twente, The Netherlands

56

10:00 AMDB 04 THERMALLY STABLE CGC PERPENDICULAR

RECORDING MEDIA WITH Pt-RICH CoPtCr LAYER[invited]Yoshiaki Sonobe1, Hiroaki Muraoka2, Kenji Miura2,Yoshihisa Nakamura2, Yoshihiro Ikeda1, Hoa Do1, AndreasMoser1, Walter Weresin1, Natacha Supper1, KentaroTakano1, Yen K Bing1, 1IBM Almaden, San Jose, CA,2RIEC, Tohoku Univ., Sendai, Japan

10:30 AMDB 06 EFFECTIVE PERMEABILITY AND IMAGING OF

MULTILAYERED SOFT FILMS FORPERPENDICULAR RECORDING MEDIAThomas Michael Coughlin1, James E. Monson2, 1CoughlinAssociates, San Jose, CA, 2Harvey Mudd College,Claremont, CA

10:45 AMDB 07 CoFe/IrMn EXCHANGE-COUPLED SOFT

UNDERLAYERS FOR PERPENDICULAR MEDIAH. S. Jung1, W D Doyle2, 1MINT Center and MaterialsScience, University of Alabama, 2MINT and Physics &Astronomy, University of Alabama, Tuscaloosa, AL

11:00 AMDB 08 HIGH COERCIVITY CoCrPt/Ti PERPENDICULAR

MEDIA BY IN SITU INTERDIFFUSION OF CrMnULTRA THIN OVERLAYERSAnup Ghosh Roy, Sangki Jeong, David E Laughlin, DSSC,Carnegie Mellon University, Pittsburgh, PA

11:15 AMDB 09 GRAIN SIZE REDUCTION IN Co/Pd MULTILAYER

PERPENDICULAR MAGNETIC RECORDING MEDIAWITH NiAl AS A SEEDLAYER AND A PINNINGLAYERLianjun Wu, Data Storage Institute, Singapore

11:30 AMDB 10 Ti GRAIN CUTTING LAYER AND Pt UNDERLAYER

FOR CoCr BASED SINGLE MAGNETIC LAYEREDPERPENDICULAR MAGNETIC RECORDING MEDIAByung-Kyu Lee1, H. S. Oh2, K. J. Lee2, N. Y. Park2,1Samsung Advanced Institute of Technology, Youngin,Korea, 2Storage Lab., SAIT, Suwon, Korea

11:45 AMDB 11 PERPENDICULAR ANISOTROPY IN Fe-Pt THIN

FILMS DOPED WITH AgThang Duc Pham, Van der Waals-Zeeman Instituut,Universiteit van Amsterdam, The Netherlands

57

DCSYMPOSIUM

Soft Nanocrystalline Materials and GMI

Manuel VazquezICMM, CSIC, Madrid

Wednesday9:00 AM Room A

9:00 AMDC 01 MAGNETIC PROPERTIES OF PARTIALLY

DEVITRIFIED METALLIC GLASSES [invited]H K Lachowicz1, K Zaveta2,3, A Slawska- Waniewska1,1Institute of Physics, Polish Academy of Sciences andCollege of Science, Warsaw, Poland, 2 Institute of Physics,Academy of Sciences of Czech Republic, Prague 6, CzechRepublic, 3 Joint Laboratory for Mössbauer Spectroscopy,Charles University, Prague 8. Czech Republic

9:30 AMDC 02 THE THERMAL, MAGNETIC, AND STRUCTURAL

CHARACTERIZATION OF THE CRYSTALLIZATIONKINETICS OF AMORPHOUS SOFT MAGNETICMATERIALS [invited]A C Hsiao, L’Ecole Normale Superieure de Cachan, France,and Carnegie Mellon University, Pittsburgh, PA

10:00 AMDC 03 (Ni, Fe, Co)-BASED NANOCRYSTALLINE SOFT

MAGNETS WITH NEAR ZERO MAGNETOSTRICTION[invited]M A Willard, J C Claassen, R M Stroud, T L Francavilla, VG Harris, U.S. Naval Research Laboratory, Washington, DC

10:30 AMDC 04 INFLUENCE OF MAGNETIZATION PROCESSES AND

DEVICE GEOMETRY ON THE GMI EFFECT [invited]J M Barandiaran, A Garcia Arribas, J L Munoz, G VKurlyandskaya, Departamento de Electricidad yElectrónica, Universidad del País Vasco (UPV/EHU),Bilbao, Spain

11:00 AMDC 05 GIANT MAGNETO-IMPEDANCE EFFECT IN SOFT

MAGNETIC WIRE FAMILIES [invited]H Chiriac, T A Ovari, National Institute of Research andDevelopment for Technical Physics, Iasi, Romania

11:30 AMDC 06 AMORPHOUS WIRE & CMOS IC BASED SENSITIVE

MICRO MAGNETIC SENSORS UTILIZINGMAGNETO-IMPEDANCE (MI) AND STRESS-IMPEDANCE (SI) EFFECTS [invited]H K Mohri1, T Uchiyama1, L P Shen1, Y Honkura2, MYamamoto2, L V Panina3, 1Electrical Eng., NagoyaUniversity, Nagoya, Japan, 2Aichi Steel Co.,Electromagnetics, Tokai, Japan, 3Moscow Physical andEngineering University, Russia

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DDMicromagnetics and Computational Magnetism

Josef FidlerVienna University of Technology

Wednesday9:00 AM Room B

9:00 AMDD 01 HYSTERESIS IN SOFT MAGNETIC ELEMENTS: A

COMPARATIVE STUDY OF EXPERIMENTALOBSERVATIONS AND MICROMAGNETICMODELLINGRudolf Schaefer1, Antonio DeSimone2, 1IFW-Dresden,Germany, 2Max-Planck-Institute for Mathematics in theSciences, Leipzig, Germany

9:15 AMDD 02 MAGNETOSTATIC INTERACTION ENERGY

BETWEEN ELLIPSOIDAL NANOPARTICLESSilvia Suarez, Honorino Rubio, Departamento de Física,Universidad de Oviedo, Spain

9:30 AMDD 03 TRANSITION FROM FERROMAGNETISM TO

SUPERPARAMAGNETISM IN UNIAXIALNANOPARTICLES: THE ROLE OF NON-UNIFORMITIES IN THE MAGNETIZATIONLuis Lopez-Diaz, Luis Torres, Univ. de Salamanca, Spain

9:45 AMDD 04 DEPENDENCE OF SWITCHING TIME ON

TEMPERATUREHiroshi Fukushima1, Yasutaro Uesaka2, YoshinobuNakatani3, Nobuo Hayashi3, 13-73 Honda, Chiba, Japan,2Nihon University, Kohriyama, Japan, 3University ofElectro-Communications, Chofu, Japan

10:00 AMDD 05 THERMAL EFFECTS IN THE HIGH-SPEED

SWITCHING OF THE MAGNETIZATION OF FINEGRAINSAndreas Lyberatos, Sakhrat Khizroev, Dmitri Litvinov,Seagate Research, Pittsburgh, PA

10:15 AMDD 06 MICROMAGNETIC SIMULATION OF

ANTIFERROMAGNETIC/FERROMAGNETICSTRUCTURESDieter Suess1, Werner Scholz1, Thomas Schrefl1, JosefFidler1, Robert Stamps2, 1Vienna University of Technology,Austria, 2The University of Western Australia, Perth,Australia

10:30 AMDD 07 OPTIMISATION OF EXCHANGE COUPLING IN

PERPENDICULAR MEDIASimon John Greaves, Michiyori Miura, Hoya R&D Centre,Akishima-shi, Tokyo, Japan

59

10:45 AMDD 08 NORMAL MODE MIXING AND FERROMAGNETIC

RESONANCE LINEWIDTHAndrew Kunz, R. D. McMichael, NIST, Gaithersburg, MD

11:00 AMDD 09 PERTURBATION TECHNIQUE FOR LLG EQUATION

Giorgio Bertotti1, Isaak D. Mayergoyz2, Claudio Serpico3,1Istituto Elettrotecnico Nazionale (IEN), Italy, 2Universityof Maryland College Park, 3DIE, University of Naples, Italy

11:15 AMDD 10 MONTE CARLO STUDY OF MIXED SPIN-1 AND

SPIN-3/2 ISING FERROMAGNETYasuyuki Nakamura1, John W. Tucker2, 1Sch. of Info. &Sci., Nagoya Univ., Nagoya, Japan, 2Physics Dept.,University of Sheffield, U.K.

DETunnel Magnetoresistance I

Jeffrey R. ChildressIBM Almaden Research Center

Wednesday9:00 AM Room C & D

9:00 AMDE 01 UNDERSTANDING THE BIAS DEPENDENCE OF

MAGNETORESISTANCE IN THE SYSTEMLa0.7Sr0.3MnO3/SrTiO3/CoMartin Oliver Bowen1, R. Bertacco2, A. Barthélémy1, M.Portalupi2, M. Marcon2, L. Duo2, F. Cicacci2, J.P. Contour1,A. Fert1, F. Petroff1, E. Jacquet1, J. Humbert1, A. Vaurès1,1UMP CNRS-THALES, Orsay, France, 2INFM - Dpto diFisisca, Politecnico de Milano, Italia

9:15 AMDE 02 LOW RESISTANCE SPIN-DEPENDENT TUNNEL

JUNCTIONS WITH HfAlOx BARRIERS FOR MTJRECORDING HEADJianguo Wang, Paulo P Freitas, INESC Lisbon Portugal

9:30 AMDE 03 ENHANCED TUNNEL MAGNETORESISTANCE BY Hf

LAYER INSERTION IN THE TUNNEL BARRIERSByong Guk Park, Taek Dong Lee, KAIST, Korea

9:45 AMDE 04 LARGE MAGNETORESISTANCE IN HYBRID SPIN

FILTERPatrick R. LeClair, Jonathon K. Ha, Henk J.M. Swagten,Juergen T. Kohlhepp, Coen H. van de Vin, Wim J.M. deJonge, Department of Physics, Eindhoven University ofTechnology, The Netherlands

10:00 AMDE 06 ON THE WAY TO AN ALL-NITRIDE EPITAXIAL

MAGNETIC TUNNEL JUNCTIOND. M. Borsa, S. Grachev, D. O. Boerma, RUG/NVSF,University of Groningen, Nijenborgh 4, The Netherlands

60

10:15 AMDE 07 PHOTOCONDUCTANCE IN MAGNETIC TUNNEL

JUNCTIONSPaul H.P. Koller1, Frederik W.M. Vanhelmont2, ReinderCoehoorn2, Wim J.M. de Jonge1, 1Department of Physics,Eindhoven University of Technology, 2Philips ResearchLaboratories Eindhoven, The Netherlands

10:30 AMDE 08 VERY HIGH MAGNETORESISTANCE MEASURED IN

CONSTRAINED GRANULAR Co NANOWIRESJean-Eric Wegrowe, Travis Wade, Laurent Gravier, Jean-Marc Bonard, Jean-Philippe Ansermet, EPFL, PHB-Ecublens, Switzerland

10:45 AMDE 09 FABRICATION OF FERROMAGNETIC TUNNEL

JUNCTIONS IN 10-nm SIZES BY USING INORGANICRESIST PROCESSToshimi Wada, Satoshi Haraichi, Akira Sato, AkioFukushima, AIST, Tsukuba, Japan

11:00 AMDE 10 INTERDIFFUSTION IN THE PINNED ELECTRODE OF

THE EXCHANGED-BIASED MAGNETIC TUNNELJUNCTIONSJay H Lee, Il C Rho, Hee D Jeong, Kyung K Kim, Chong SYoon, Chang K Kim, Hanyang University, Dept. ofMaterials Science and Engineering, Seoul, Korea

11:15 AMDE 11 NEW PLASMA SOURCE WITH LOW ELECTRON

TEMPERATURE FOR FABRICATION OFINSULATING BARRIER IN FERROMAGNETICTUNNEL JUNCTIONSKazuhiro Nishikawa, Masakiyo Tsunoda, Satoshi Ogata,Migaku Takahashi, Tohoku University Dept. Engineering,Sedai, Japan

DPHDD Interface and Slider Design

Andreas DietzelIBM Germany

Wednesday8:15 AMDP 01 IN-SITU MEASUREMENTS OF TEMPERATURE

DISTRIBUTION OF AIR BEARING SURFACE USINGTHERMOGRAPHYTakahiro Imamura1, Michinaga Yamagishi2, Shuji Nishida3,1HDI Engineering Department, Fujitsu Limited, 2AdvancedMagnetic Recording Lab., Fujitsu Laboratories Ltd.,3Magnetic Recording Technology Lab., Fujitsu LaboratoriesLtd, Japan

DP 02 SHOCK AND HEAD SLAP SIMULATIONS OFOPERATIONAL AND NON-OPERATIONAL HARDDISK DRIVESEric M Jayson1, Frank Talke1, Paul W Smith2, JamesMurphy2, 1CMRR, UCSD, La Jolla, CA, 2SeagateTechnology, Minneapolis, MN

61

DP 03 DSMC/MGL COMPARISONS OF STRESSES ONSLIDER AIR BEARING WITH NANO METERSPACINGSShigehisa Fukui, Kiyomi Yamane, Dept. Appl. Math. Phys.,Tottori Univ., Japan

DP 04 PIEZOELECTRIC THIN FILM RELIABILITY FOR HDDDUAL-STAGE ACTUATORHideki Kuwajima, Hirokazu Uchiyama, Yuko Ogawa,Hiroyuki Kita, Kaoru Matsuoka, HD Development Center,Matsushita Electric, Osaka, Japan

DP 05 ENGINEERING REALIZATION OF TRIPLEHARMONIC METHOD ON IN-SITU FH TESTZhi-Min Yuan, Bo Liu, Sheng-Bin Hu, Wei Zhang, DataStorage Institute, Singapore

DP 06 TRIBOLOGY OF TEXTURED SLIDERS IN NEARCONTACT SITUATIONSLin Zhou1, Michael Beck2, Hans Heinrich Gatzen2, KojiKato3, Gerard Vurens4, Frank Talke1, 1CMRR, UCSD, LaJolla, CA, 2Institute for Microtechnology, HanoverUniversity, Germany, 3Laboratory of Tribology, TohokuUniversity, Sendai, Japan, 4HDI Instrumentation, SantaClara, CA

DP 07 STRESS CONTROL AND SLIDER CURVATUREADJUSTMingsheng Zhang, Yuet Sim Hor, Guchang Han, Bo Liu,Data Storage Institute, Singapore

DP 08 OPTIMAL DESIGN OF SUSPENSION FOR HIGH-DENSITY MAGNETIC RECORDING SYSTEMSGih Keong Lau, Hejun Du, CMMS, Nanyang TechnologicalUniversity, Singapore

DP 09 DIRECT ALGORITHM AND ITS APPLICATION TOSLIDER AIR BEARING SURFACE OPTIMIZATIONHong Zhu, David B. Bogy, CML, UC Berkeley, Oakland,CA

DP 10 DESIGN SENSITIVITY ANALYSIS OF AIR-LUBRICATED SLIDER BEARINGSSang-Joon Yoon, Min-Soo Kim, Dong-Hoon Choi, iDOTCenter, Hanyang University, Seoul, Korea

DP 11 ADOPTING TAGUCHI METHOD FOR HIGH SHOCKRESISTANT HEAD SUSPENSION ASSEMBLYHaruhide Takahashi, Hitoshi Shindo, Shozo Saegusa,Shigeo Nakamura, Yasuhiro Matsuda, Hitachi, Odawara,Kanagawa, Japan

DP 12 OPTIMIZATIONS OF AIR-LUBRICATED SLIDERBEARINGS BY USING REDUCED BASIS CONCEPTDong-In Kim1, Sang-Joon Yoon1, Tae-Sik Kang2, Tae-GunJeong3, Dong-Hoon Choi1, 1iDOT Center, HanyangUniversity, Seoul, Korea, 2Samsung Electronics, 3School ofMechanical Engineering, Konkuk Univ., Seoul, Korea

62

DQApplications of Soft Magnetic Materials

Barry MiddletonUniversity of Manchester

Wednesday8:15 AMDQ 01 EQUIVALENT CIRCUIT ANALYSIS OF AN RF

INTEGRATED FERROMAGNETIC INDUCTORTakashi Kuribara, Masahiro Yamaguchi, Ken-Ichi Arai,RIEC, Tohoku Univ., Sendai, Japan

DQ 02 A MHz SWITCHING DC/DC CONVERTER USINGFeBN THIN FILM INDUCTORJongryoul Kim1, Ki Hyeon Kim1, Hee Jun Kim2, Suk HeeHan3, Hi Jung Kim3, 1Dept. of Metallurgy & Materials Sci.Hanyang Univ., 2Sch. of Electrical & Computer Sci.,Hanyang Univ., 3Nano Device Research Center, KIST,Korea

DQ 03 SIMULTANEOUS ANALYSIS OF HARMONICS AND2D EFFECTS ON THE OPTIMAL THICKNESS OFTRANSFORMER WINDINGSFrederic Robert1, Pierre Mathys1, Jean-Pierre Schauwers2,1Universite Libre de Bruxelles - Electronics, 2CherokeeEurope, Wavre, Belgium

DQ 04 IMPROVED DESIGN OF A NOVEL PM DISC MOTORBY USING SOFT MAGNETIC COMPOSITEMATERIALGoga Vladimir Cvetkovski1, Lidija Petkovska1, MilanCundev1, Sinclair Gair2, 1Sts. Cyril & MethodiusUniversity, Skopje, Macedonia, 2Napier University,Edinburgh, U.K.

DQ 05 PERFORMANCE OF INTEGRATED INDUCTORSWITH CoTaZr AND CoNbZr MAGNETIC MATERIALSAnkur Mohan Crawford, Shan Xiang Wang, StanfordUniversity, CA

DQ 06 LOW BIAS INDUCTORSFumiaki Nakao, FDK Corporation, Washizu Shizuoka,Japan

DQ 07 2-D vs. 3-D MODELS TO PREDICT EQUIVALENTCIRCUIT PARAMETERS FOR HIGH FREQUENCYTRANSFORMERSDoug Lavers, Eric Lavers, ECE Dept., University ofToronto, Canada

DQ 08 FABRICATION OF RF INDUCTOR USINGPATTERNED FeTaN SOFT MAGNETIC FILMSSeok Bae, Hongik University, Dept. of Material Sci. andMetallurgical Eng., Seoul, Korea

DQ 09 ELECTRICAL PERFORMANCE OF MICRO-TRANSFORMERS FOR DC-DC CONVERTERAPPLICATIONSMagali Brunet, Terence O'Donnell, Ningning Wang, PaulMcCloskey, Sean Cian O'Mathuna, PEI Technologies,NMRC, Cork, Ireland

63

DQ 10 WHEN MATHEMATICS KNOCKS PHYSICS, OR THETRUE STORY OF THE LAYER COPPER FACTORFrederic Robert, Universite Libre de Bruxelles, Belgium

DQ 11 HIGH RATE DEPOSITION OF Mn-Zn SPINEL FERRITETHIN FILMS USING REACTIVE FACING TARGETSPUTTERINGS. Saito, S.H. Kong, Shigeki Nakagawa, Tokyo Institute OfTechnology, Japan

DQ 12 AC MAGNETIC FIELD INDUCED ROTATION INLEVITATING MAGNETOSTRICTIVE WIRECarlos Luna1, Victor Raposo2, Manuel Vázquez1, 1ICMM,CSIC. Madrid.Spain, 2Dpto.Física Aplicada, Universidad deSalamanca. Spain

DQ 13 IMPROVEMENT OF SENSITIVITY USING CARRIERSUPPRESSION TECHNIQUE IN HIGH FREQUENCYCARRIER TYPE THIN-FILM MAGNETIC FIELDSENSORHiroaki Kikuchi1, Shin Yabukami1, Masahiro Yamaguchi1,Ken-Ichi Arai1, Tetsu Suzuki2, 1RIEC, Tohoku Univ.,Sendai, Japan, 2Sendai National College of Technology,Sendai, Japan

DQ 14 MAGNETIC NEAR FIELD PROBE BASED ON THEHIGH-FREQUENCY CARRIER TYPE THIN-FILMMAGNETIC FIELD SENSORMasahiro Yamaguchi1, Hiroaki Kikuchi1, SatoshiSugimoto1, Ken-Ichi Arai1, Mizuki Iwanami2, AtsushiNakamura2, Shigeki Hoshino2, 1RIEC, Tohoku Univ.,Sendai, Japan, 2ASET, Tsukuba, Japan

DQ 15 THIN-FILM RF NOISE SUPPRESSOR INTEGRATEDONTO A TRANSMISSION LINEMasahiro Yamaguchi, Takashi Kuribara, Ken-Ichi Arai,RIEC, Tohoku Univ., Sendai, Japan

DQ 16 APPLICATION OF CURRENT SENSOR USINGASYMMETRIC GIANT MAGNETOIMPEDANCE INAMORPHOUS MATERIALSY. W. Rheem1, C. G. Kim1, C. O. Kim1, G. D. Kim1, Y. T.Park2, 1ReCAMM, Chungnam National University, Taejon,Korea, 2KRISS, Taejon, Korea

DQ 17 WITHDRAWN

DQ 18 IMPROVEMENT OF THE SOFT MAGNETICPROPERTIES OF Fe-BASED GLASSY ALLOYS WITHA LARGE SUPERCOOLED-LIQUID REGIONNebojsa S. Mitrovic, Stefan Roth, Jürgen Eckert, TechnicalFaculty Cacak, Cacak, Yugoslavia

64

DRThin Films

Paul FumagalliFederal University, Berlin

Wednesday8:15 AMDR 01 TRANSPORT PROPERTIES OF NICKEL NITRIDE

FILMSLaurent Ranno1, J Janisek2, J. Vais2, L. Dittrichova2, J.Spousta2, T. Sikola2, 1Laboratoire Louis Neel, Grenoble,France, 2Institute of Physical Engineering, FSI VUT, Brno,Czech Rep.

DR 02 SURFACE RECONSTRUCTION AND INDUCEDANISOTROPY IN (001) Ni FILMSRosa Alejandra Lukaszew1, Zhengdong Zhang1, VladimirAlexandru Stoica2, Roy Clarke3, 1Physics and AstronomyDepartment, University of Toledo, Toledo, OH, 2AppliedPhysics, University of Michigan, Ann Arbor, MI, USA,3Physics Department, University of Michigan, Ann Arbor,MI

DR 03 REORIENTATION TRANSITION IN ULTRATHINALLOY FILMSFrank Oliver Schumann, FU Berlin, Arnimallee 14, Berlin,Germany

DR 04 SHEAR INSTABILITY IN ULTRATHIN Fe/Cu(100)FILMSDaniel Spisak, Juergen Hafner, Inst. fuer Materialphysik,Universitaet Wien, Austria

DR 05 MAGNETIC ANISOTROPY OF THIN Ni(001) FILMS:COMPARISON BETWEEN STATIC AND DYNAMICTECHNIQUESGianluca Gubbiotti1, Giovanni Carlotti2, M. Ciria3, R. C.O'Handley4, 1INFM, Unità di Perugia, 2Dipartimento diFisica, Via A. Pascoli, Perugia, Italy, 3Departamento deFisica, Universidad de Zaragoza, Spain, 4MIT, CambridgeMA

DR 06 THEORY OF INDUCED UNIAXIAL ANISOTROPY INTHIN MAGNETIC FILMSAlexej N. Bogdanov, Ulrich K. Rossler, Karl-HartmutMuller, IFW Dresden, Germany

DR 07 INTERFACE MAGNETISM IN EPITAXIAL Fe/InAsHETEROSTRUCTURESYongbing Xu1, Jing Wu2, Shu Wang1, Marina Tselepi3,Tony Bland3, G van der Laan4, 1Department of Electronics,University of York, 2Dept of Physics, University of York,York, UK, 3Cavendish Lab, University of Cambridge,Cambridge, UK, 4Daresbury Lab., Warrington, UK

DR 08 MAGNETIC AND STRUCTURAL PROPERTIES OF(Co-Ni)3 Pt ALLOY THIN FILMSGeorg Lauhoff, Takao Suzuki, Andrei Toporov, ISML,Toyota Technological Institute, Nagoya, Japan

DR 09 WITHDRAWN

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DR 10 MICROSTRUCTURE AND MAGNETIC PROPERTIESOF HEXAGONAL Ba-FERRITE THIN FILMS WITHVARIOUS UNDERLAYERSDong Hyoun Kim, Research of Magnetic Recording Media,Chunchon, Korea

DR 11 DEPOSITION OF HARD MAGNETIC Re-Fe-B THINFILMS BY MAGNETRON SPUTTERINGLorenzo Castaldi, University of Sheffield, UK

DR 12 INVERTED HYSTERESIS LOOPS IN ULTRATHINEPITAXIAL YTTRIUM IRON GARNET FILMSElena Popova1, Niels Keller2, Francois Jomard3, Marie-Claire Brianso4, Luc Thomas2, Francois Gendron5, MarcelGuyot2, Michel Tessier2, 1LPM, Univ. H. Poincare,Vandoeuvre les Nancy, 2LMOV, UVSQ-CNRS, Versailles,3LPSC, CNRS, Meudon, 4Dept. de Physique, UVSQ,Versailles, 5LMDH, Paris VI, France

DR 13 PREPARATION OF NiFe2O4 THIN FILMS BY A NEWROUTE SOL-GELMarcelo Andrade Macêdo, Universidade Federal deSergipe, São Cristóvão, Brazil

DR 14 ELECTROMIGRATION OF MAGNETIC THIN FILMSFOR PREDICTING ELECTRICAL-FAILURE LIFETIMEOF GMR READ HEADSSeongtae Bae1, I-Fei Tsu2, Marshall Davis2, Edward S.Murdock2, Jack H. Judy1, 1MINT, University of Minnesota,2Seagate Technology, LLC, Minneapolis, MN

DR 15 THE MAGNETIC CIRCULAR DICHROISM INANGULAR DEPENDENCE STUDY OF Tb(0001) FILMSOrhan Zeybek, Balikesir University, Balikesir, Turkey

DSMagneto-optic and Magneto-caloric Effects

David C. JilesAmes Laboratory, Iowa

Wednesday8:15 AMDS 01 OPTICAL INTERACTION WITH SPIN WAVES AT

TURNING POINTMakoto Tsutsumi1, Tetsuya Ueda2, Vishnu Priye2, HitoshiShimasaki2, 1Fukui University of Technology, Fukui, Japan,2Kyoto Institute of Technology, Kyoto, Japan

DS 02 MAGNETO-OPTICAL PROPERTIES OF DMSCdMnCoTe FILMSMasaaki Imamura1, Jin-Yong Ahn1, Kazuo Takashima2,Satoru Inoue2, 1Fukuoka Inst. of Tech., Fukuoka, Japan,2Mitsubishi Electric Corp., Amagasaki, Japan

DS 03 Bi-YIG NANOPARTICLE AND PLASTIC HYBRIDIZEDMAGNETO-OPTICAL MATERIALTeruyoshi Hirano1, Yoshitaka Kitamoto2, TetsuyaHasegawa2, Hideomi Koinuma2, Yohtaro Yamazaki2,1Toppan Printing, Sugito, Saitama, Japan, 2Tokyo Instituteof Technology, Yokohama, Japan

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DS 04 MAGNETO-OPTICAL SWITCH BASED ONORTHOFERRITEYuri S. Didosyan1, Hans Hauser1, Georg A. Reider2,1Vienna University of Technology, IEMW, 2 PhotonicsInstitute, Wien, Austria

DS 05 PROPERTIES OF ONE-DIMENSIONALMAGNETOPHOTONIC CRYSTALSHideki Kato1, Takeshi Matsushita1, Akio Takayama1,Motoji Egawa1, Mitsuteru Inoue2, 1R&D Center, MinebeaCo Ltd., Iwata-gun, Shizuoka, Japan, 2Toyohashi Universityof Technology, Japan

DS 06 ELECTRICAL AND MAGNETOTRANSPORTPROPERTIES OF CANTED ANTIFERROMAGNETDy5Si2Ge2

V Sankaranarayanan1, K Sethupathi1, Alex V Morozkin2,Zili Chu3, W B Yelon4, S K Malik5, V Prasad6, S VSubramanyam6, 1Department of Physics, IITMadras,Chennai India, 2Department of Chemistry, Moscow StateUniversity, Russia, 3Physics, University of Missouri-Columbia, USA, 4Center of Materials Research, Univ. ofMissouri-Rolla, USA, 5Tata Institute of FundamentalResearch, Mumbai India, 6Dept. of Physics, Bangalore India

DS 07 THE MAGNETOCALORIC EFFECT IN Gd7Pd3 ANDGd7Pd3-xNix COMPOUNDSFabio Canepa, Myrta Napoletano, Salvino Cirafici, FrancoMerlo, INFM-Dip. Chimica, Genova, Italy

DS 08 THERMAL EXPANSION OF SINGLE CRYSTALGd5(Si2Ge2) SHOWING UNUSUAL FIRST-ORDERTRANSFORMATIONMangui Han, Jason A Paulsen, John E Snyder, David CJiles, Ames Laboratory, USDoE and Dept. of MSE, IowaState University, Ames, IA

DTMeasurement and Instrumentation

Ruediger BergerIBM Germany

Wednesday8:15 AMDT 01 MAGNETOSTRICTION MEASUREMENT UNDER

NON-UNIFORM TEMPERATURE DISTRIBUTION IN3% Si-Fe ANISOTROPIC SHEETYasuo Okazaki1, Hironari Niwa1, Shinji Yanase1, YoshihiroTani2, 1Gifu Univ. Japan, 2Mitsubishi Electric Corp.,Amagasaki, Japan

DT 02 AN ESTIMATE FOR THE VOLUME-AVERAGE MEAN-SQUARE DEMAGNETIZING FIELD USINGMICROMAGNETICS AND SMALL-ANGLE NEUTRONSCATTERINGAndreas Michels, Uni Saarbruecken, Germany

DT 03 CRYSTALLIZATION STUDY DURING DC JOULEHEATING IN AMORPHOUS RIBBONSCarlos Morón Fernández, Alfonso García García, FranciscoMaganto Suárez, E.U. Informática (U.P.M.), Madrid, Spain

67

DT 04 ABSOLUTE MEASUREMENTS OF THE ACSUSCEPTIBILITY OF CYLINDRICAL SAMPLES OFARBITRARY ASPECT RATIO: SCALING OF THEEXTERNAL SUSCEPTIBILITYW.A.C. Passos, R. de Andrade Jr., C.C. de Faria and W.A.Ortiz, Departamento de Física, Centro Multidisciplinar parao Desenvolvimento de Materiais Cerâmicos, UniversidadeFederal de São Carlos, Brazil

DT 05 A PULSED FIELD MAGNTOMETER FOR LOCALMAGNETIZATION MEASUREMENTS.Roland Grössinger, E-131, Techn. Univ. Vienna, Austria

DT 06 A PULSED FIELD MAGNETOMETER FORINDUSTRIAL USE.Robin Nathan Cornelius1, Paul Knell1, John Dudding1,Roland Grossinger2, Alfred Wimmer2, Michael Taraba2,David Edwards3, Beatrix Mahlke4, Wilhelm Fernengel5,1Hirst Magnetics Ltd., Tregoniggie, Falmouth, UK, 2TUWien, Vienna, Austria, 3Mecelec Developments Ltd,Gloucester, UK, 4Magnetfabrik Schramberg, Schramberg-Sulgen, Germany, 5Vacuumschmelze GmbH Hanau,Germany

DT 07 MAGNETIC FIELD FLUCTUATIONS DUE TOMOVEMENT OF OBJECTS COMPOSED OFMAGNETIC MATERIALSKeita Yamazaki1, Koji Fujiwara2, Norio Takahashi2,1Takenaka Corp., Inzai, Chiba, Japan, 2Dpt. E.E., OkayamaUniv. Okayama, Japan

DT 08 MAGNETIC FIELD FLUCTUATIONS DUE TOAUTOMOBILE MOVEMENTKiyotaka Kamata1, Kazutomo Yunokuchi2, KeitaYamazaki3, Kazuo Kato3, Koichiro Kobayashi4, AkiraHaga5, 1Kagoshima National College of Tech., ElectronicsControl Eng, 2Kagoshima Univ., Japan, 3Takenaka Corp.,Chiba, Japan, 4Tokyo Denki Univ., AppliedSuperconductivity Res. Lab., 5Tohoku Gakuin Univ.,Tagajo, Miyagi, Japan

DT 09 PREDICTION OF THE MAGNETIC FIELD BELOW ANAXIS-SYMETRICAL PLANAR SENSOR ARRAY WITHA MAGNETIC SOURCE LOCATED ABOVE THEMEASUREMENTRungkiet Kamondetdacha, Alexander V. Kildishev, John A.Nyenhuis, Purdue University, West Lafayette, IN

DT 10 MULTIPOLE IMAGING OF AN ELONGATEDMAGNETIC SOURCE BY A CYLINDRICAL SENSORARRAYAlexander V. Kildishev1, John A. Nyenhuis1, Michael A.Morgan2, 1Purdue University, West Lafayette, IN, 2NavalPostgraduate School, Monterey, CA

DT 11 OPTIMAL SENSOR PLACEMENT FOR MAGNETICSIGNATURE PREDICTIONMichael A. Morgan1, Stacey W. Yopp1, Alexander V.Kildishev2, 1Naval Postgraduate School, Monterey, CA,2Purdue University, West Lafayette, IN

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DT 12 EFFECTS OF ASYMMETRY IN FAR FIELDS OFPERMANET MAGNET MOTORSSheppard Salon1, O-Mun Kwon1, KirubaSivasubramaniam2, 1Rensselaer Polytechnic Institute, Troy,NY, 2The Electronic Systems Laboratory, GE-CRD,Niskayuna, NY

DT 13 OPTIMAL DESIGN OF INTERIOR TYPE PERMANENTMAGNET SYNCHRONOUS MOTORS BASED ONMAGNETIC EQUIVALENT CIRCUIT NETWORKMETHODKwang-Ho Lee, Kyung-Ho Kim, Dong-A University,Electrical Engineering, Korea

DUImaging

R. D. GomezUniversity of Maryland

Wednesday8:15 AMDU 01 PATTERNED-ELECTRON-BEAM MAGNETIC

TOMOGRAPHY TECHNIQUE FOR OBSERVING AMAGNETIC FIELD DISTRIBUTION GENERATED BYA MAGNETIZED MATERIALHiroshi Suzuki, Tomokazu Shimakura, Kimio Nakamura,Central Res. Lab., Hitachi, Ltd., Kokubunji, Tokyo, Japan

DU 02 MFM STUDY OF MAGNETIC BIT PATTERNS OFDIFFERENT DIMENSIONSDan You1, Zhiyong Liu1, Zaibing Guo1, Yihong Wu2, 1DataStorage Institute, Singapore, 2Department of Electrical andComputer Engineering, National University of Singapore

DU 03 DEVELOPMENT OF HIGH-RESOLUTION MFM-TIPSAstrid N Mueller1, Uwe Hartmann1, Thomas Sulzbach2,Paul M Dodd3, Michael R. Koblischka1, 1University of theSaarland, Germany, 2Nanosensors, Germany, 3SeagateTechnology, Ireland, Londonderry, Northern Ireland

DU 04 MAGNETIC FORCE MICROSCOPY STUDY OF THETHERMAL STABILITY OF PERPENDICULARMAGNETIC RECORDINGErik Björn Svedberg, Dmitri Litvinov, Sakhrat Khizroev,Seagate Research, Pittsburgh, PA

DU 05 A NOVEL TEST SYSTEM FOR AUTOMATEDSURFACE CHARACTERIZATION OF PERFORMANCERELEVANT DEFECTSRuediger Berger, Andreas Dietzel, IBM Germany, Mainz,Germany

DU 06 MAGNETIZATION EVOLUTION INMICROSTRUCTURED PERMALLOY ELLIPSESJ.C. Wu1, W.Z. Shieh1, Ching-Ray Chang2, Zung-HangWei2, Nickolai A. Usov3, 1Physics, Nat'l Changhua Univ. ofEd., Changhua, Taiwan, 2Department of Physics, NationalTaiwan Univ., Taipei, Taiwan, 3Troitsk Institute, Moscow,Russia

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DU 07 RT-SHPM IMAGING OF PERMALLOYMICROSTRUCTURES AND GARNET FILMS USINGNEW HIGH PERFORMANCE InSb SENSORSAhmet Oral1, Murat Kaval1, Munir Dede1, Adarsh Sandhu2,1Bilkent University, Physics Department, Ankara, Turkey,2Tokai University, Electrical Engineering Department,Japan

DU 08 SUB-MICRON SCALE MOKE MEASUREMENTSYSTEMAntonio Domingues dos Santos1, Marcelo S. Lancarotte1,Jeroen Schoenmaker1, Yves Souche2, Leonardo N.Nóbrega1, 1Instituto de Física da Univerdidade de SãoPaulo, 2Laboratoire Louis Néel-CNRS, Grenoble, France

DU 09 ON-LINE EVALUATION OF ELECTRICAL STEELSTRUCTURE AND QUALITYSlawomir Tumanski, Artur Liszka, Warsaw University ofTechnology, Warsaw, Poland

DU 10 A STUDY OF THE INITIAL MAGNETISATION ANDDEMAGNETISATION BEHAVIOUR OF Nd-Fe-BSINTERED MAGNETS BY A MAGNETIC FIELDMAPPING SYSTEMAndrew J Williams2, Jessica K Hole1, D Geraint R Jones1,Rex Harris2, 1Redcliffe Magtronics Ltd., Brislington,Bristol, UK, 2University of Birmingham, Institute ofMetallurgy and Materials, UK

DU 11 THE TWO-DIMENSIONAL MAGNETIC PROPERTYON THE SPECIAL SINGLE-PHASE TRANSFORMERCOREHiroyasu Shimoji, Oita University, Japan

EASYMPOSIUM

Magnetization Dynamics: Excitations and Relaxation

J MiltatUniversite Paris Sud

Wednesday2:00 PM Auditorium

2:00 PMEA 01 HIGH FREQUENCY RELAXATION PHENOMENA IN

FERROMAGNETIC AND FERRIMAGNETIC SYSTEMS- PHYSICS AND PHENOMENOLOGY [invited]C E Patton, Department of Physics, Colorado StateUniversity, Ft Collins, CO

2:30 PMEA 02 MAGNETIC RELAXATIONS IN METALLIC FILMS,

SINGLE AND MULTILAYER STRUCTURES [invited]B. Heinrich, R. Urban, and G. Woltersdorf, PhysicsDepartment, Simon Fraser University, Burnaby, Canada

3:00 PMEA 03 DYNAMIC EXCITATIONS IN CONFINED AND

STRUCTURED MAGNETIC MEDIA [invited]S.O. Demokritov1, B. Hillebrands1, A.N. Slavin2

1Fachbereich Physik, University Kaiserslautern, Germany,2Department of Physics, Oakland University, Rochester, MI

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3:30 PMEA 04 MEASUREMENT OF MAGNETOSTATIC MODE

EXCITATION AND RELAXATION IN PERMALLOYFILMS USING SCANNING KERR IMAGING [invited]S. Tamaru1, J. A. Bain1, R. van de Veerdonk2, T. M.Crawford2, M. Covington2, M. H. Kryder2, 1Data StorageSystems Center, Carnegie Mellon University, 2SeagateResearch, Pittsburgh, PA

4:00 PMEA 05 DYNAMIC MICROMAGNETIC SIMULATIONS OF

SUSCEPTIBILITY SPECTRA IN THIN FILMS WITHNON-UNIFORM MAGNETIZATION DISTRIBUTIONS[invited]N Vukadinovic, Dassault Aviation, DGT/DTA, Saint-Cloud, France

4:30 PMEA 06 THERMAL NOISE, DAMPING FUNDAMENTALS AND

MODE ANALYSIS: APPLICATION TO GMR SENSORS[invited]H. Neal Bertram and Vladimir L. Safonov, CMRR-UCSD,La Jolla, CA

EBSYMPOSIUM

Advances in Magnetic Imaging

Rudolf SchaferIFW, Dresden

Wednesday2:00 PM Forum

2:00 PMEB 01 PROGRESS IN MAGNETIC SOFT X-RAY

MICROSCOPY [invited]P Fischer1, G Denbeaux2, T Eimuller1, D Goll1, G Schultz1,1Max-Planck-Institute for Metals Research, Stuttgart,Germany, 2Center for X-ray Optics, LBNL, Berkeley, CA

2:30 PMEB 02 IMAGING ANTIFERROMAGNETIC DOMAINS AT

SURFACES AND INTERFACES USING DICHROISMXPEEM [invited]H Ohldag1,2,5, A Scholl2, J Stohr1, T J Regan4, N B Weber5,F Nolting3, R L White4, F U Hillebrecht6, 1StanfordSynchrotron Radiation Laboratory, CA, 2Advanced LightSource, CA, 3Swiss Light Source, 5232 Villigen,Switzerland, 4Stanford University, CA, 5UniversitatDusseldorf, Germany, 6Max Planck Institute furMikrostruktur Physik, Halle, Germany

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3:00 PMEB 03 MAGNETISM AND MICROSTRUCTURE AT

RELEVANT LENGTH SCALES: COMPLEMENTARYMEASUREMENTS WITH ELECTRON AND PHOTONPROBES [invited]K M Krishnan1, W Grogger2, G Kusinski3, M E Gomez4, ISchuller5, E C Nelson3, 1Department of Materials Science &Engineering, University of Washington, Seattle, WA,2University of Graz, Austria, 3NCEM, LBNL, Berkeley,CA, 4University of Cali, Colombia, 5Department of Physics,UCSD, CA

3:30 PMEB 04 RECENT ADVANCES IN QUANTITATIVE LORENTZ

MICROSCOPY [invited]M de Graef, Department of Materials Science andEngineering, Carnegie Mellon University, Pittsburgh, PA

4:00 PMEB 05 HIGH RESOLUTION QUANTITATIVE MAGNETIC

FORCE MICROSCOPY [invited]H. J. Hug, P. Kappenberger, S. Martin, P. Reimann, R.Hoffmann, J. Rychen, W. Lu and H.-J. Güntherodt, Instituteof Physics, University of Basel, Basel, Switzerland

4:30 PMEB 06 IMAGING MAGNETIC DOMAINS WITH SUB-

NANOMETER RESOLUTION USING SPINPOLARIZED STM [invited]M Bode, O Pietzsch, A Kubetzka, R Ravlic, RWiesendanger, University of Hamburg, Germany

ECCoding and Data Detection

Ronald S. IndeckWashington University, St. Louis

Wednesday2:00 PM Room A

2:00 PMEC 01 ECC-LESS LDPC CODING FOR MAGNETIC

RECORDINGToshihiko Morita, Yuichi Sato, Takao Sugawara, FujitsuLaboratories Ltd., Kawasaki, Japan

2:15 PMEC 02 LDPC CODES AND THRESHOLDS FOR PARTIAL

RESPONSE CHANNELSSteven McLaughlin, Andrew Thangaraj, Georgia Instituteof Technology, Atlanta, GA

2:30 PMEC 03 BOUNDS FOR LOW-DENSITY PARITY-CHECK

CODES OVER PARTIAL-RESPONSE CHANNELSWeijun Tan, Richard M Todd, J. R. Cruz, University ofOklahoma, Norman, OK

72

2:45 PMEC 04 COMBINATION OF NONLINEAR EQUALIZATION

AND SIMPLE DETECTIONHangyu Cho, Choongchae Woo, Daesik Hong, Dept.Electrical & Electronic Engineering, Yonsei Univ., Seoul,Korea

3:00 PMEC 05 VITERBI DETECTOR WITH ADDED NOISE

DETECTION CHANNELGordon F. Hughes, CMRR UCSD, La Jolla, CA

3:15 PMEC 06 VITERBI DETECTION FOR PARTIAL RESPONSE

CHANNELS WITH COLORED NOISEVladimir Dorfman, Jack Keil Wolf, CMRR, UCSD, LaJolla, California

3:30 PMEC 07 ON THE INFORMATION-THEORETIC CAPACITY OF

MAGNETIC RECORDING SYSTEMS IN THEPRESENCE OF MEDIA NOISED. Arnold, Evangelos Eleftheriou, IBM Research, ZurichResearch Laboratory, Rüschlikon, Switzerland

3:45 PMEC 08 A PARALLEL SLIDING WINDOW MAP DECODER

FOR A PR4 MAGNETIC RECORDINGNamKyun Beon, Jong Tae Kim, School of Electrical andComputer Engineering, SungKyunKwan University,Suwon, Republic of Korea

4:00 PMEC 09 SOFT SIGNAL SPACE DETECTION FOR MAGNETIC

RECORDINGBaldur Steingrimsson, ECE Dept., McMaster University,Hamilton, Ontario, Canada

4:15 PMEC 10 RETRY MODE SOFT REED-SOLOMON DECODING

Haitao Xia, Hongxin Song, J. R. Cruz, University ofOklahoma, Norman, OK

4:30 PMEC 11 ITERATIVE DECODING AND EQUALIZATION FOR 2-

D RECORDING CHANNELSNaveen Singla, Joseph A. O'Sullivan, Ronald S. Indeck,Yunxiang Wu, MISC, Washington University, St. Louis,MO

4:45 PMEC 12 TRACK SQUEEZE USING ADAPTIVE INTER-TRACK

INTERFERENCE EQUALISATIONM. Z. Ahmed, T. Donnelly, P. J. Davey, W. W. Clegg,University of Plymouth, UK

73

EDHigh Anisotropy Thin Films

Claude ChappertIEF, CNRS, Paris

Wednesday2:00 PM Room B

2:00 PMED 01 EFFECT OF Pt BUFFER LAYER ON STRUCTURAL

AND MAGNETIC PROPERTIES OF EPITAXIAL FePtTHIN FILMSJingsheng Chen, Yingfan Xu, J.P. Wang, Data StorageInstitute, NUS, Singapore

2:15 PMED 02 LOW-TEMPERATURE FABRICATION OF L10

ORDERED FePt ALLOY WITH PERPENDICULARANISOTROPY BY ALTERNATE MONATOMIC LAYERDEPOSITIONToshiyuki Shima, Takuto Moriguchi, Seiji Mitani, KokiTakanashi, IMR, Tohoku Univ. Sendai, Japan

2:30 PMED 03 FePt ALLOY THIN FILMS : CHEMICAL ORDER,

ANISOTROPY AND OTHER MAGNETIC PROPERTIES[invited]Y. Samson1, J.P. Attané1, D. Halley1, A. Marty1, D.Ravelosona2, C. Chappert2, H. Bernas3, 1CEA Grenoble,DRFMC/SP2M, France, 2IEF, UMR CNRS 8622,Université Paris Sud, Orsay, France, 3CSNSM, UPR CNRS6412, Université Paris Sud, Orsay, France

3:00 PMED 04 MAGNETIC AND STRUCTURAL PROPERTIES FOR

(Fe-Co-Ni)50Pt50 ALLOY THIN FILMSTakao Suzuki1, Hiroshi Kanazawa1, Akimasa Sakuma2,1Toyota Technological Institute, Hisakata, Nagoya, 2HitachiMetals, Ltd., Mikajiri, Kumagaya, Japan

3:15 PMED 05 ORDERING OF FePt ALLOY AT LOW TEMPERATURE

BY ADDITION OF CuTomoyuki Maeda, Akira Kikitsu, Tadashi Kai, ToshihikoNagase, Hisanori Aikawa, Junichi Akiyama, Toshiba Corp.Corporate R&D, Kawasaki, Japan

3:30 PMED 06 CoPt NANOCOMPOSITE FILMS: MICROSTRUCTURE

AND MAGNETIC BEHAVIORKatayun Barmak1, Jihwan Kim1, Roger A. Ristau2, Laura H.Lewis3, 1DSSC, Carnegie Mellon University, Pittsburgh,PA, 2Accurel Systems International, Sunnyvale, CA,3Mater. Sci. Dept., Brookhaven National Lab., Upton, NY

3:45 PMED 07 PERMANENT-MAGNET PROPERTIES OF FePt, FePt:Fe

AND FePt:Co NANOCOMPOSITE FILMSJian Zhou, Ralph Skomski, Minglang Yan, David J.Sellmyer, Behlen Laboratory and CMRA, Univ. ofNebraska, Lincoln, NE

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4:00 PMED 08 MAGNETIC AND MICROSTUCTURAL PROPERTIES

OF HARD MAGNETIC NdFeB FILMS PREPARED ONA Ta BUFFER BY PULSED LASER DEPOSITIONSebastian Fähler, IFW Dresden, Germany

4:15 PMED 09 INVESTIGATIONS ON BARIUM FERRITE MAGNETIC

THIN FILMSWenjie Pang, Physics Dept., Univ. of Western Australia,Perth, Australia

EEHalf Metallics I

Frédéric PetroffCNRS/THALES

Wednesday2:00 PM Room C & D

2:00 PMEE 01 SPIN POLARIZED TUNNELING AT ROOM

TEMPERATURE IN A HEUSLER COMPOUND – ANON-OXIDE MATERIAL WITH A LARGE NEGATIVEMAGNETORESISTANCE EFFECT IN LOWMAGNETIC FIELDS [invited]T. Block1, C. Felser1, J. Windeln2, 1Institut für AnorganischeChemie und Analytische Chemie, Universität Mainz,Germany, 2IBM, Mainz

2:30 PMEE 02 STEP EDGE MAGNETORESISTANCE OF MAGNETITE

FILMSMichael Ziese1, Roland Hoehne1, Klaus Zimmer2, PabloEsquinazi1, 1University of Leipzig, Leipzig, Germany,2Institute for Surface Modification, Leipzig, Germany

2:45 PMEE 03 LATTICE DISTORTION EFFECTS AT GRAIN

BOUNDARIES IN COLOSSAL MAGNETORESISTIVEFILMSYeong-Ah Soh1, G. Aeppli1, P. G. Evans2, Z. Cai3, B. Lai3,N. D. Mathur4, M. G. Blamire4, C.-Y. Kim5, E. D. Isaacs2,1NEC Research Institute, Princeton, NJ, 2Bell Laboratories,Murray Hill, NJ, 3Argonne National Laboratory, Argonne,IL, 4Department of Materials Science, University ofCambridge, UK, 5Dept. of Materials Science, NorthwesternUniversity, IL

3:00 PMEE 04 EPITAXIALLY-INDUCED PERPENDICULAR

ANISOTROPY IN MANGANITE FILMSLaurent Ranno, Emmanuel Favre-Nicolin, Raluca Tiron,Laboratoire Louis Neel, Grenoble, France

75

3:15 PMEE 05 VARIABLE TEMPERATURE MFM/EFM STUDY OF Pr-

DOPED LCMO FILMA. Millis1, S. H. Chung2, S. R. Shinde3, S. B. Ogale3, T.Venkatesan3, R. L. Greene3, Michael Dreyer2, R. D.Gomez4, 1Dept. of Phys. and Astro., Rutgers Univ.,Piscataway, NJ, 2Lab. for Phys. Sci., U. of Maryland,College Park, MD, 3Dept. of Phys., Univ. of Maryland,College Park, MD, 4Dept. of ECE, University of Mayland,College Park, MD

3:30 PMEE 06 GIANT TUNNELING MAGNETORESISTANCE IN

POLYCRYSTALLINE NANOSTURUCRUREDZnxFe3-xO4-α-Fe2O3 [invited]Du Youwei, Chen Peng, Ni Gang, Zhu Jianmin, XingDingyu, National Lab of Solid State Microstructure, Dept.of Physics, Nanjing University, Nanjing, China

4:00 PMEE 07 DEVELOPMENT OF HALF METALLIC ULTRA-THIN

Fe3O4 FILMS FOR NEW SPIN-TRANSPORT DEVICEHiromasa Takahashi1, Susumu Soeya1, Jun Hayakawa1,Hiroyuki Hoshiya1, Kenchi Itou1, Chisato Yamamoto2,Ayumu Kida2, Hidefumi Asano2, Masaaki Matsui2, 1CentralResearch Lab. Hitachi Ltd. Kokubunji, Tokyo Japan, 2Dept.of Cryst. Mater. Sci. Nagoya Univ., Nagoya, Japan

4:15 PMEE 08 INDUCED ORBITAL DISORDERING AND

FERROMAGNETISM IN LaMnO3 BY Mn SITESUBSTITUTION : EVIDENCE FOR VALENCY EFFECTChristine Martin, Sylvie Hebert, Antoine Maignan,Maryvonne Hervieu, Bernard Raveau, Laboratoire CrismatUMR6508 associée au CNRS, ISMRA, France

EPRecording Physics and Media for Perpendicular Recording

J.P. WangData Storage Institute Singapore

Wednesday1:15 PMEP 01 EFFECT OF FAST HEAD FIELD RISE TIME IN

PERPENDICULAR RECORDINGLijie Guan, Jian-Gang Zhu, Data Storage System Center,Carnegie Mellon University, Pittsburgh, PA

EP 02 NOISE CHARACTERISTICS AND WRITEABILITY ONPERPENDICULAR MEDIAShaoping Li, Lei Wang, Wenzhong Zhu, Rick Michel,David Kaiser, Dean Palmer, Seagate Technology,Bloomington, MN

EP 03 ROLE OF M-H LOOP SLOPE OF MEDIA FORRECORDING PROPERTIES IN PERPENDICULARMAGNETIC RECORDINGNaoki Honda1, Takanori Kiya1, Jun Ariake1, KazuhiroOuchi1, Shun-ichi Iwasaki2, 1AIT, Akita, Japan, 2TohokuInstitute of Technology, Sendai, Japan

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EP 04 PHYSICS OF PERPENDICULAR RECORDING:EFFECTS OF MAGNETIC CHARGE DISTRIBUTIONDmitri Litvinov, Andreas Lyberatos, Mark H. Kryder,Sakhrat Khizroev, Seagate Research, Pittsburgh, PA

EP 05 EFFECT OF EXCHANGE INTERACTION ON R/WPROPERTIES OF SINGLE LAYER PERPENDICULARRECORDING MEDIAYasutaro Uesaka1, Hiraku Endo1, Yoshinobu Nakatani2,Nobuo Hayashi2, Hiroshi Fukushima3, 1College ofEngineering, Nihon University, 2University of Electro-Communications, 3Honda, Midori, Chiba, Japan

EP 06 THERMAL STABILITY OF WRITTEN BITS INDOUBLE-LAYERED PERPENDICULAR RECORDINGMEDIAYoshinobu Nakatani1, Nobuo Hayashi1, Yasutaro Uesaka2,Hiroshi Fukushima3, 1University of Electro-Communications, 2College of Engineering, NihonUniversity, 33-73, Honda, Midori, Chiba, Japan

EP 07 STRUCTURAL AND MAGNETIC PROPERTIES OFFePt-Ag COMPOSITE FILM WITH PERPENDICULARMAGNETIC ANISOTROPYTakao Suzuki, Tao Yang, Kyongha Kang, ISML, ToyotaTechnological Institute, Nagoya, Japan

EP 08 FePt FCT-(001) TEXTURE PREPARED AT LOWERTEMPERATURE FOR PERPENDICULAR RECORDINGYingfan Xu, Jingsheng Chen, Daoyang Dai, J.P. Wang,Data Storage Institute, NUS, Singapore

EP 09 IRRADIATION OF FePd AND FePt FILMS FORPERPENDICULAR MAGNETIC RECORDINGDafine Ravelosona1, Harry Bernas2, 1CNRS, UniversitéParis Sud, France, 2CSNSM, Université Paris Sud, France

EP 10 Co/Pt MULTILAYERS PERPENDICULAR MAGNETICRECORDING MEDIA WITH THIN Pt LAYER ANDHIGH PERPENDICULAR ANISOTROPYYasuyuki Kawada, Fuji Electric.Co.Ltd., Matsumoto,Nagano, Japan

EP 11 THERMAL AGITATION OF MAGNETIZATION ANDRECORDING PERFORMANCE OF Co(B)/PdSUPERLATTICE PERPENDICULAR RECORDINGMEDIATakehito Shimatsu, Masaru Terakawa, Isao Watanabe,Hiroaki Muraoka, Yoshihisa Nakamura, RIEC, TohokuUniversity, Sendai, Japan

EP 12 EXTREMELY THIN Sr-FERRITE FILMS WITH LARGEPERPENDICULAR MAGNETIC ANISOTROPYPREPARED BY FACING TARGETS SPUTTERINGWITH MIXTURE GAS OF Ar AND KrShigeki Nakagawa, K. Mizuno, Masahiko NAOE, TokyoInstitute of Technology, Japan

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EP 13 SIMULATIONS OF MAGNETIC RECORDING IN CGCPERPENDICULAR MEDIA WITH RANDOM PINNINGSITESAndrew Marc Goodman1, Simon John Greaves2, YoshiakiSonobe3, Hiroaki Muraoka1, Yoshihisa Nakamura1, 1RIEC,Tohoku University, Sendai, Japan, 2Hoya R&D Centre,Tokyo, Japan, 3IBM Almaden, San Jose, CA

EP 14 COMPUTER SIMULATION OF MAGNETIC WALLINDUCED IN UNDER-LAYER BY SPT HEAD FIELDKazuetsu Yoshida, Dept. of Electronics Engineering,Kogakuin University, Tokyo, Japan

EQRecording Physics and Thermal Stability

Hans Jürgen RichterSeagate Recording Media, Fremont

Wednesday1:15 PMEQ 01 THE STUDY OF NON-SHIELD HEAD FOR

PERPENDICULAR RECORDINGTakagishi Masayuki, Masatoshi Yoshikawa, TomomiFunayama, Kohichi Tateyama, Masashi Sahashi, ToshibaCorp., R&D Center, Kawasaki, Japan

EQ 02 HEAD-FIELD RISE-TIME EFFECTS INPERPENDICULAR RECORDINGKazuhiro Nakamoto1, H Neal Bertram2, 1Central ResearchLab, Hitachi, Ltd., Japan, 2CMRR UCSD, La Jolla, CA

EQ 03 MODELING STUDY ON RING HEAD ANDADVANCED SINGLE POLE HEAD FORPERPENDICULAR RECORDINGJames Yugang Wang, Francis Liu, Kroum Stoev, MarcosLederman, Mark Re, Read-Rite Corp, Fremont, CA

EQ 04 EFFECTS OF THE EXCHANGE STIFFNESSCONSTANT AND THE DISPERSION ON THERECORDING CHARACTERISTICS OFPERPENDICULAR MEDIAEiichi Miyashita, Ryo Taguchi, Nobuhiko Funabashi,Takahiko Tamaki, Haruo Okuda, NHK, Setagaya-ku,Tokyo, Japan

EQ 05 DYNAMIC RECORDING PROPERTY SIMULATIONSOF PERPENDICULAR MAGNETIC RECORDING WITHRING HEAD AND SINGLE LAYERED MEDIAEunsik Kim, Samsung Advanced Institute of Technology,Storage Lab., Kyungi-Do, Korea

EQ 06 FREQUENCY DEPENDENCE OF OVERWRITESATURATIONPei Zou, David J. Seagle, Read-Rite Corp, Fremont, CA

EQ 07 MEDIA-TO-SENSOR DEMAGNETIZATION MATRIXAND ITS APPLICATIONS IN MICROMAGNETICSIMULATION OF READBACK PROCESSLei Wang, Shaoping Li, Juan Fernandez-de-Castro, SeagateTechnology, Bloomington, MN

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EQ 08 PLAYBACK SIGNAL IN PERPENDICULARRECORDING FOR AN OFF-CENTERED GMRELEMENTBogdan Florin Valcu, H Neal Bertram, CMRR, UCSD, LaJolla, CA

EQ 09 APPROACHES TO EVALUATE THERMALREVERSAL OF INTERACTING MAGNETIC GRAINSXiaobin Wang1, H Neal Bertram1, Roy W Gustafson2, EricD Boerner2, Andreas Lyberatos2, Vladimire L Safonov1,1CMRR UCSD, La Jolla, CA, 2Seagate Research,Pittsburgh, PA

EQ 10 HIGH-TEMPERATURE RECORDING MEDIUMTESTING AT A SPIN-STAND LEVELAlbert Chekanov, MMC Technology, San Jose USA

EQ 11 SPIN TILTING PHENOMENON IN THE STRONGLYCOUPLED AFC MEDIAY. W. Tahk1, K. J. Lee2, T. D. Lee1, 1Dept. of Mater. Sci.and Eng., KAIST, Taejon, Korea, 2Storage Lab., SAIT,Suwon, Korea

EQ 12 OVERWRITE, NONLINEAR TRANSITION SHIFT OFLAMINATED ANTIFERROMAGNETICALLYCOUPLED MEDIAS. K. Chow, S. N. Piramanayagam, S. I. Pang, J. P. Wang,Data Storage Institute, Singapore

ERTunnel Magnetoresistance II

Henk J.M. SwagtenEindhoven University of Technology

Wednesday1:15 PMER 01 FREQUENCY DEPENDENCE OF MAGNETO-

IMPEDANCE IN SPIN TUNNELING JUNCTIONKazuo Shiiki, Hideo Kaiju, Shigeo Fujita, TakeshiMorozumi, Keio University, Yokohama, Japan

ER 02 EFFECT OF DIFFERENT OXIDATION METHODS ONMICROSTRUCTURES AND PROPERTIES OF AlOx INMAGNETIC TUNNEL JUNCTIONJun Soo Bae1, Kyung Ho Shin2, Hyuck Mo Lee1, 1Mater.Sci. & Eng., KAIST, Taejon, South Korea, 2Thin FilmTechnology Research Center, KIST, Seoul, Korea

ER 03 COMPUTER SIMULATION OFMAGNETORESISTANCE BEHAVIOR IN MAGNETICTUNNEL JUNCTIONS EXCHANGE-BIASED BYSYNTHETIC ANTIFERROMAGNETYoung Rang Uhm, Sang Ho Lim, Nano Device ResearchCenter, KIST, Seoul, Korea

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ER 04 HOT ELECTRON TRANSPORT IN 3-TERMINALDEVICES BASED ON MAGNETIC TUNNELJUNCTIONSDaniel Lacour1, Michel Hehn2, François Montaigne2, HenriJafrrès1, Peter Rottländer2, Frederic Nguyen Van Dau1,Frederic Petroff1, Alain Schuhl2, 1CNRS-Thales, Orsay,France, 2LPM, UMR CNRS, Vandoeuvre, France

ER 05 EFFECTS OF DISORDER IN MAGNETIC TUNNELJUNCTIONSYun Li, Ching Ray Chang, Physics Department, NationalTaiwan University, Taipei, Taiwan

ER 06 TRANSPORT IN MAGNETICALLY-DOPEDMAGNETIC TUNNEL JUNCTIONSShan Xiang Wang, Seung-Young Bae, Stanford University,CA

ER 07 ALCVD AlOx BARRIER LAYERS FOR MAGNETICTUNNEL JUNCTION APPLICATIONSRandhir Bubber1, Ming Mao1, Thomas Schneider1, HariHegde1, Kyusik Sin2, Shin Funada2, Stone Shi2, 1VeecoInstruments, Inc, 2Read Rite Corp, Fremont, CA

ER 08 INTERFACE MAGNETISATION OF La0.7Sr0.3MnO3

THIN FILMSEmmanuel Favre-Nicolin1, Laurent Ranno1, Frederic Ott2,1Laboratoire Louis Neel, Grenoble, France, 2LaboratoireLéon Brillouin, Saclay, France

ER 09 INFLUENCE OF ELECTRODE STRUCTURE ONMAGNETO TRANSPORT IN MAGNETIC TUNNELJUNCTIONSHarm Wieldraaijer, Patrick LeClair, Juergen T. Kohlhepp,Henk J.M. Swagten, Wim J.M. de Jonge, Department ofPhysics, Eindhoven University of Technology, TheNetherlands

ER 10 EFFECTS OF CoFe SURFACE OXIDATION ONTUNNELING MAGNETORESISTANCEKyusik Sin, Shin Funada, Matthew R Gibbons, WilliamJensen, Craig Hiner, Xizeng Shi, Hua-Ching Tong, ReadRite Corp, Fremont, CA

ER 11 LOW RESISTANCE PINHOLE-FREE SPINDEPENDENT TUNNELING MATERIALSKiseok Moon, Yingjian Chen, Changhe Shang, YimingHuai, Read-Rite Corporation, Fremont, CA

ESExchange Bias Films

Amanda K. Petford-LongUniversity of Oxford

Wednesday1:15 PMES 01 MAGNETISM OF 57Fe SPINS CLOSE TO THE

57Fe3O4/CoO INTERFACELuben Argirov Kalev, Wilma Eerenstein, Tijpke Hibma,Lambertus Niesen, University of Groningen, Nijenborgh,The Netherlands

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ES 02 CORRELATION BETWEEN MICROMAGNETISM ANDMAGNETIC PROPERTIES OF HARD-SOFTFe/Co/Cu/Co/[CoFe/Ir/CoFe] SENSORSDinia Aziz, Colis Silviu, IPCMS-CNRS, ECPM-ULP,Strasbourg, France

ES 03 EXCHANGE COUPLING IN FeTaN/FeSm/FeTaNMULTILAYERS: A KERR EFFECT STUDYGianluca Gubbiotti1, Giovanni Carlotti2, Marco Madami2,James Weston3, Giovanni Zangari3, Paolo Vavassori4, J. A.Barnard5, 1INFM, Unità di Perugia, 2Dipartimento di Fisica,Perugia, Italy, 3University of Alabama, MINT Center,Tuscaloosa, AL, 4Dipartimento di Fisica, Ferrara, Italy,5University of Pittsburgh, PA

ES 04 MICROSCOPIC DOMAIN STRUCTURE INUNIDIRECTIONAL AND ISOTROPIC EXCHANGE-COUPLED NiO/NiFe BILAYERSR. D. Gomez1, J. K. Kim2, S. S. Lee2, H. Koo1, S. H.Chung1, Michael Dreyer3, 1Dept. of ECE, University ofMayland, College Park, MD, 2Dept. of Physics, SangjiUniv. Wonju, Korea, 3Lab. f. Phys. Sci., College Park, MD

ES 05 REORIENTATION OF THE MAGNETIZATION INCOMPENSATED F/AF BILAYERS.Melquisedec Lourenço Silva1, Ana Lúcia Dantas2, Artur S.Carriço1, 1Departamento de Física, UFRN, Natal/RN, 2DF -UERN, Campus Central, Mossoró/RN, Brazil

ES 06 DEPENDENCE OF NEEL "ORANGE-PEEL" COUPLINGON MAGNETIZATION REVERSAL PROCESSJulio Camarero1, Yan Pennec1, Jan Vogel1, Marlio Bonfim1,Stefania Pizzini1, Francois Montaigne2, Armando Encinas2,Frederic Petroff2, 1Laboratoire Louis Néel, CNRS, BPGrenoble, France, 2CNRS-Thales, Orsay, France

ES 07 SPIN-VALVE STRUCTURES WITH Co/Tb -BASEDMULTILAYERSAndrey V Svalov1, Peter A Savin1, Galina VKurlyandskaya2, J. Gutiérrez3, Vladimir O Vas’kovskiy4,1Ural State University, 2Universidad de Oviedo, Depto deFísica, Spain, 3Universidad del País Vasco UPV-EHU,Spain, 4Ural State University, Ekaterinburg, Russia

ES 08 STRUCTURAL CHARACTORIZATION OF NANO-OXIDE LAYERS IN PtMn BASED SPECULAR SPINVALVESLifan Chen, Zhitao Diao, Yiming Huai, Read-RiteCorporation, Fremont, CA

ES 09 EXCHANGE ANISOTROPY IN EPITAXIALMn1-xPtx/NiFe BILAYERSSatoshi Iwata, Taisuke Kume, Etsushi Nagae, Takeshi Kato,Shigeru Tsunashima, Nagoya Univ., Dept of Electronics,Nagoya, Japan

ES 10 MAGNETORESISTANCE IN EXCHANGE-BIASEDIrMn/NiFe/FeMnZaibing Guo, Date Storage Institute Singapore

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ES 11 EFFECT OF MAGNETOSTRICTION ANDUNIDIRECTIONAL INTERLAYER COUPLING ONSPIN-VALVE FREE LAYER REVERSALChee K Lim1, John N Chapman1, Mahfuzur Rahman1, AlanB Johnston2, Denis O'Donnell2, 1Dept of Physics &Astronomy, University of Glasgow, UK, 2SeagateTechnology Ireland, Springtown, Derry, N. Ireland

ES 12 EFFECT OF UNDERLAYER MICROSTRUCTURE ONTHE EXCHANGE COUPLING OF MUMETAL/AlOx/CoMULTILAYERYoungWoo Lee1, TaeHyo Lee1, CheolGi Kim1, ChongOhKim1, TaeSick Yoon2, 1Dept of Materials Engineering,Chungnam National University, 2ReCAMM, ChungnamNational University, Korea

ETExchange Biasing

Matthew J. CareyIBM, Almaden

Wednesday1:15 PMET 01 HIGH EXCHANGE COUPLING FIELD AND THERMAL

STABILITY OF FERROMAGNETIC IrMn-PINNED SPINVALVE FILMSJ. R. Rhee1, J. Y. Hwang1, M. Y. Kim1, S. S. Lee2, D. G.Hwang2, S. C. Yu3, 1Dept. of Physics, Sookmyung. W.Univ., Seoul, Korea, 2Dept. of Physics, Sangji Univ.,Wonju, Korea, 3Dept. of Physics, Chungbuk Univ.,Cheongju, Korea

ET 02 DEPENDENCE OF COERCIVITY ON MAXIMUMAPPLIED FIELD IN DYNAMIC MAGNETIZATIONREVERSAL OF Co/NiOJan Vogel1, Julio Camarero1, Yann Pennec1, MarlioBonfim1, Stefania Pizzini1, Mathilde Cartier2, Frank Ernult2,Farid Fettar2, Bernard Dieny2, 1Laboratoire Louis Néel,CNRS, Grenoble, France, 2DRFMC, SP2M/NM, CEAGrenoble, France

ET 03 MOKE AND AMR INVESTIGATIONS ON EXCHANGEBIAS FIELD STRENGTH AND DIRECTION INFERROMAGNET/ANTIFERROMAGNET SYSTEMSKai-Uwe Barholz, Roland Mattheis, IPHT Jena, Germany

ET 04 EXCHANGE BIASING OF OXIDIZED NiFe 81/19Christian Becker, Axel Bartos, HL Planartechnik GmbH,Dortmund, Germany

ET 05 THERMAL RELAXATION IN EXCHANGE COUPLEDFERROMAGNET/ANTIFERROMAGNET BILAYERSTong Zhao, Kuliang Zhang, Hideo Fujiwara, MINT Center,University of Alabama, Tuscaloosa, AL

ET 06 THERMALLY ACTIVATED REVERSAL INEXCHANGE- COUPLED STRUCTURESY. G. Wang1, A. K. Petford-Long1, H. Laidler2, K.O’Grady2, M. T. Kief3, 1Dept of Materials, University ofOxford, Oxford, UK, 2Dept of Physics, University of York,York, UK, 3Seagate Technology, Minneapolis, MN

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ET 07 TEMPERATURE DEPENDENT DOMAININVESTIGATIONS ON EXCHANGE BIASED NiFe/IrMnAND CoFe/IrMn SYSTEMSRobert Seidel1, Oliver de Haas1, Ludwig Schultz1, RudolfSchaefer1, Manfred Ruehrig2, Joachim Wecker2, 1IFW-Dresden, Germany, 2Siemens AG, CT MM1, Erlangen,Germany

ET 08 IRREVERSIBLE MAGNETIZATION PROCESSES INEXCHANGE BIASED NiO-(Cu)-NiFe FILMSOliver de Haas, Rudolf Schaefer, Ludwig Schultz, Claus MSchneider, IFW-Dresden, Germany

ET 09 SPIN DYNAMICS IN INTERDIFFUSED NiFe/MnEXCHANGE BIASED BILAYERSJamal Ben Youssef, David Spenato, Henri Le Gall,LMB/CNRS/UBO Brest, France

ET 10 MAGNETIC PROPERTIES IN PATTERNED FeMn/NiFeBILAYERS WITH DIFFERENT ETCHING DEPTHZaibing Guo, Date Storage Institute, Singapore

EUPatterned Films II

Russell P. CowburnUniversity of Durham

Wednesday1:15 PMEU 01 MAGNETIZATION REVERSAL OF DEEP SUBMICRON

MAGNETIC ELEMENTSNobuki Tezuka, Eiji Kitagawa, Koichiro Inomata, SatoshiSugimoto, Graduate School of Engng., Tohoku Univ.,Sendai, Japan

EU 02 VORTEX DOMAIN INTERACTION AND SURFACEPINNING EFFECTS OF 100 TO 800nm MAGNETICPATTERNED ISLANDSSilas T. Hung, Y. J. Tang, C. Y. Wong, MagneticInnovation Center (MAGIC), Kowloon, Hong Kong

EU 03 SHAPE DEPENDENT MAGNETIZATION REVERSALPROCESSES OF MICROSTRUCTURED EPITAXIAL Fe(110) ELEMENTSChristian König, II. Physikalisches Institut, RWTH Aachen,Germany

EU 04 MAGNETIC PROPERTIES OF EPITAXIAL Fe DOTSGROWN ON PRE-PATTERNED GaAs SUBSTRATESGottfried Wastlbauer1, Marina Tselepi1, Luis Lopez-Diaz1,Yongbing Xu1, Mathias Klaeui1, Marco Natali2, YongChen2, Francoise Rousseaux2, Tony Bland1, 1CavendishLab, University of Cambridge, UK, 2 L2M/CNRS,Bagneux, France

EU 05 INTERELEMENT SPACING AND ANGLE EFFECTSON MAGNETIC REVERSAL IN PERMALLOYARRAYSHyuncheol Koo, Dep. of Elec. and Comp. Eng., Univ. ofMaryland, College Park, MD

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EU 06 MAGNETIC NANOSTRUCTURE FABRICATION BYFOCUSED ION BEAM MILLINGDan A Allwood, Xiong Gang, Michael D. Cooke, DelAtkinson, Russell P. Cowburn, Department of Physics,University of Durham, UK

EU 07 EFFECT OF MILLING PROCESS ON THE MAGNETICPROPERTIES OF FIB PATTERNED MAGNETICNANOSTRUCTURESDan You1, Zhiyong Liu1, Zaibing Guo1, Yuankai Zheng1,Yihong Wu2, 1Data Storage Institute, Singapore,2Department of Electrical and Computer Engineering,National University of Singapore

EU 08 MAGNETIC DOMAIN STRUCTURE OF MnIr/NiFeBILAYERS PATTERNED BY FOCUSED ION BEAMTakeshi Kato, Keigo Suzuki, Satoshi Iwata, ShigeruTsunashima, Nagoya Univ., Dept of Electronics, Japan

EU 09 THE INFLUENCE OF CROSS-TIE WALL ONMAGNETORESISTANCE OF PATTERNEDPERMALLOY FILMSJ.C. Wu, H. M. Lee, Physics, Nat'l Changhua Univ. of Ed.,Changhua, Taiwan

EU 10 ANGULAR AND FIELD DEPENDENT MAGNETO-RESISTIVITY IN Ni80Fe20 ZIGZAG WIRESJ. L Tsai, Academia Sinica, Taipei, Taiwan

EU 11 MAGNETIC PROPERTIES OF MAGNETIC NANO-WIRE ARRAYSGuchang Han, Data Storage Institute, National Universityof Singapore

EU 12 MAGNETIZATION REVERSAL PROCESSES INAMORPHOUS AND POLYCRYSTALLINE CoxSi1-x

PATTERNED NANOWIRESJose I. Martin1, Rafael Morales1, Maria Velez1, Jose M.Alameda1, Fernando Briones2, Jose L. Vicent3, 1Dpto.Fisica, Univ. Oviedo, Spain, 2Instituto de Microelectronicade Madrid, CNM, CSIC, Spain, 3Dpto. F. Materiales,Universidad Computense, Madrid, Spain

EU 13 EFFECT OF Pt SEED ON MAGNETIC PROPERTIES OFCo-Pt ALLOY DEPOSITED INTO ALUMINUM OXIDEPORESShigeru Shiomi, Toshiki Nishii, Hiroyuki Kohama, Facultyof Engineering, Mie University, Tsu, Japan

EU 14 ZERO-FIELD PHASE TRANSITION FROM NEARLYUNIFORM IN-PLANE TO OUT-OF-PLANEMAGNETIZATION STATE IN SOFT MAGNETICCYLINDERSKonstantin L. Metlov1, Konstantin Yu. Guslienko2, 1Inst.Physics, Prague, Czech Republic, 2School of Physics,KIAS, Seoul, Korea

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EVMagnetic Devices: Modeling and Experiments

Amr Amin AdlyCairo University

Wednesday1:15 PMEV 01 EXPERIMENTAL CORRECTION OF THE AXIAL

SHIELDING EQUATIONPaperno Eugene1, Sasada Ichiro2, Kunihisa Tashiro2,1E&CE Dept, Ben-Gurion University of the Negev, Israel,2ASEM Dept, Kyushu University, Fukuoka, Japan

EV 02 EFFECTS OF RESIDUAL MAGNETISM DUE TOMINOR LOOP ON MAGNETIC PROPERTY OFPERMANENT MAGNET TYPE OF MRINorio Takahashi1, Ryousuke Suenaga1, Koji Miyata2, KenOhashi2, 1Dpt. E.E., Okayama Univ. Okayama, Japan,2R&D Center Shin-Etsu Chemical Co. Takefu, Japan

EV 03 LOCAL EMI IN THE MONOLITHIC DC-DCCONVERTER WITH ON-CHIP PLANAR INDUCTORToshiro Sato, Hiroshi Horiuchi, Kiyohito Yamasawa,Shinshu University, Nagano, Japan

EV 04 LAMINATED IMPREGNATED TYPE MAGNETICWOOD MANUFACTURING METHODS ANDMAGNETIC CHARACTERISTICS FROM DC TO13.5GHz BANDHideo Oka1, Hironori Hayakawa1, Hiroshi Osada1,Kyoushirou Seki1, Atsuko Kano2, Hironori Taniuchi2,1Iwate University, Morioka, Japan, 2Iwate Pref. ForestryTechnology Center, Japan

EV 05 TRANSIENT MAGNETIC FEM ANALYSIS FOR THEPREDICTION OF ELECTRODYNAMIC FORCES INTRANSFORMERS WITH MAGNETIC SHUNTSFabrizio Dughiero, Michele Forzan, University of Padova,Italy

EV 06 CHARACTERISTICS OF THE DESK WITH CORD-FREE POWER SUPPLYKoichi Hatanaka2, Fumihiro Sato1, Hidetoshi Matsuki1,Shinki Kikuchi2, Junichi Murakami3, Makoto Kawase4,Tadakuni Sato5, 1Graduate School of Tohoku University,Sendai, Japan, 2Tohoku Gakuin University, Tagajo, Japan,3The Institute of Applied Energy, Tokyo, Japan, 4TohokuElectric Power Co., Inc., Sendai, Japan, 5Tokin Corporation,Sendai, Japan

EV 07 ANALYTICAL COMPUTATION OF MOLTEN METALVELOCITY PATTERNS IN ALUMINUM REDUCTIONELECTROLYTIC CELLSAmr Amin Adly, Cairo University, Giza, Egypt

EV 08 HIGHLY EFFECTIVE, THIN SURFACE MOUNTINGTYPE INDUCTORFumiaki Nakao, FDK Corporation, Japan

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EV 09 HIGH PERFORMANCE BENCH-TOP CYLINDRICALMAGNETIC SHIELD WITH MAGNETIC SHAKINGENHANCEMENTKenji Nagashima, Sasada Ichiro, Kunihisa Tashiro, ASEMDept, Kyushu University, Fukuoka, Japan

EWGMR and Spin Valves

Joachim WeckerSiemens AG

Wednesday1:15 PMEW 01 TEMPERATURE DEPENDENT RESISTANCE OF

EXCHANGE BIASED SPIN VALVES WITHEXTREMELY THIN IrMnJames C. Eckert1, Nathaniel P. Stern1, Ariel E. Barton1,Patricia D. Sparks1, Matthew J. Carey2, 1PhysicsDepartment, Harvey Mudd College, 2IBM Research, SanJose, CA

EW 02 INTERLAYER DIFFUSION AND SPECULARITYASPECTS OF AMORPHOUS CoNbZr BASED SPINVALVESHo Gun Cho, Young Keun Kim, Seong-Rae Lee, KoreaUniversity, Seoul, Korea

EW 03 THE IMPROVED GMR CHARACTERISTICS OFSPECULAR SPIN VALVE BY NANO-OXIDE LAYERFORMATION WITH MIXED GASESS. H. Jang1, H. J. Kim2, T. Kang1, K. Y. Kim2, 1SeoulNational University, 2KIST, Korea

EW 04 OVERALL PERFORMANCE OF SPIN-VALVES USINGCoFe/Cu/CoFe AS FREE FM LAYERSKebin Li, Yihong Wu, Data Storage Institute, NationalUniversity of Singapore

EW 05 INFLUENCE OF ION DOSAGE ON EXCHANGE FIELDAND GMR OF IRRADIATED PtMn-BASED SPINVALVESChih-Huang Lai, Cheng-Han Yang, National Tsing HuaUniversity, Hsinchu, Taiwan.

EW 06 PtMn CHARACTERISTICS FOR SPIN-VALVEAPPLICATIONAbdul Al-Jibouri, Nordiko Ltd, UK

EW 07 ANALYSIS OF ANGULAR DEPENDENT RESISTANCEMEASUREMENTS ON IrMn-BASED SPIN VALVESUSING A FINITE PINNING MODELChih-Ling Lee1, Shaoyan Chu1, James A Bain2, MichaelE McHenry1, 1DSSC, Dept. of MSE, Carnegie MellonUniv., Pittsburgh, PA, 2DSSC. Dept. of ECE, CarnegieMellon Univ., Pittsburgh, PA

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EW 08 ANALYIS OF GMR PROFILES IN DUAL SPIN-VALVESTRUCTURE USING TRIPLE DOMAIN MODELDongYoung Kim1, CheolGi Kim2, S. S. Lee3, D. G.Hwang3, 1ISE Lab. Hyundai Syscomm. Co. Ltd, Ichon,Kyoungki, Korea, Korea, 2Dept of Materials Engineering,Chungnam National University, Daeduk Sci. town, Korea,3Dept. of Physics, Sangji Univ., Wonju, Korea

EW 09 EXTRAORDINARY HALL EFFECT IN GRANULARALLOYS: TEMPERATURE DEPENDENCE AND SIZE-EFFECTAlexander Granovsky1, Alan Kalitsov2, AlexanderKhanikaev1, Hideuki Sato3, 1Moscow State University,2Technical University, Moscow, Russia, 3TokyoMetropolitan University, Tokyo, Japan

EW 10 THE FREE LAYER REVERSAL OF SPIN VALVESSTUDIES BY PLANAR HALL EFFECTZhengqi Lu, Institute of Physics, Chinese Academy ofScience, China

EW 11 NOISE POWER SPECTRAL DENSITY IN SINGLESTRIP NiFeCo/Cu GMR SENSORSAnis Faridah1, Ernie W Hill2, 1Physics Dept., Univ. ofMalaya, Kuala Lumpur, Malaysia, 2Dept. of Comp. Sc.,Univ. of Manchester, UK

EW 12 COMPARISON OF THE MAGNETOREFRATIVEEFFECT IN TRANSMISSION AND REFLECTION FORGIANT MAGNETORESISTIVE Co-Ag THIN FILMSD. Bozec, F. Canet, V.G. Kravets, S.M. Thompson andJ.A.D. Matthew, Department of Physics, University ofYork, UK

EW 13 THERMOPOWER AND GMR OF A SINGLE Co/CuMULTILAYER NANOWIRELaurent Gravier, Jean-Eric Wegrowe, Jean-PhilippeAnsermet, EPFL, PHB-Ecublens, 1015 Lausanne,Switzerland

EW 14 NOISE MEASUREMENTS OF WHEATSTONEBRIDGES MADE FROM SPIN VALVES WITHPARALLEL AND CROSSED ANISOTROPIESThomas Eick, Roland Mattheis, IPHT Jena, Germany

87

FASYMPOSIUM

Semiconductors in Spin-Electronics

Ronnie JansenUniversity of Twente

Thursday9:00 AM Auditorium

9:00 AMFA 01 MAGNETIC/SEMICONDUCTOR

HETEROSTRUCTURES FOR SPINTRONIC DEVICES[invited]J. De Boeck1, W. Van Roy1, V.F. Motsnyi1, Z. Liu1, P. VanDorpe1, M. Nijboer1, J. Das1, E. Goovaerts2, V.I. Safarov3,G. Borghs1, 1IMEC, Leuven, Belgium, 2Univ. ofAntwerp-UIA, Antwerpen, Belgium, 3GPEC, Departementde Physique, Luminy, France

9:30 AMFA 02 ELECTRICAL SPIN INJECTION FROM A MAGNETIC

SCHOTTKY TUNNEL CONTACT INTO ASEMICONDUCTOR [invited]B. T. Jonker1, A. T. Hanbicki1, G. Itskos2, G. Kioseoglou2,A. Petrou2, 1Naval Research Laboratory, Washington, DC,2State University of New York, Buffalo, NY

10:00 AMFA 03 SEMICONDUCTOR SPINTRONICS USING

FERROMAGNETIC SEMICONDUCTORHETEROSTRUCUTURES [invited]Hideo Ohno, Laboratory for Electronic Intelligent Systems,Research Institute of Electrical Communication, TohokuUniversity, Sendai, Japan

10:30 AMFA 04 MAGNETIC AND ELECTRICAL PROPERTIES OF Mn-

DOPED GaN [invited]Saki Sonoda1, Hidenobu Hori2, Yoshiyuki Yamamoto2,Takahiko Sasaki2, Saburo Shimizu1, Ken-ichi Suga2 andKoichi Kindo2, 1ULVAC, Inc., Chigasaki, Kanagawa,Japan, 2JAIST, Tatsunokuti, Ishikawa, Japan, 3Kyokugen,Osaka University, Toyonaka, Osaka, Japan

11:00 AMFA 05 SPIN INJECTION: MATERIALS SPECIFIC THEORY

[invited]P.J. Kelly, Faculty of Applied Physics and MESA+Research Institute, U. of Twente, Enschede, TheNetherlands

11:30 AMFA 06 SPIN-VALVE TRANSISTOR FORMED ON GaAs (001)

SUBSTRATE [invited]K. Mizushima and R. Sato, Corporate Research andDevelopment Center, Toshiba Corporation 1, KomukaiToshiba-cho, Saiwai-ku, Kawasaki, Japan

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FBInductive Recording Heads and Materials II

Rob HardemanSeagate Technology, Ireland

Thursday9:00 AM Forum

9:00 AMFB 01 DESIGN CONSIDERATIONS FOR SINGLE-POLE TYPE

WRITE HEADSJoshua Michael Schare1, Lijie Guan1, Jian-Gang Zhu1, MarkH Kryder2, 1DSSC, Carnegie Mellon University, Pittsburgh,PA, 2Seagate Research, Pittsburgh, PA

9:15 AMFB 02 A PERPENDICULAR HEAD DESIGN FOR AN AREAL

DENSITY OF 1 TBPSIMohammed Shariat Ullah Patwari, Randall Victora, 1MINT,Dept. of Electrical and Computer Engineering, U. ofMinnesota, Minneapolis, MN

9:30 AMFB 03 CUSP FIELD SINGLE POLE HEAD WITH HIGH

RECORDING RESOLUTIONKazuyuki Ise1, Kiyoshi Yamakawa1, Naoki Honda1,Kazuhiro Ouchi1, Hiroaki Muraoka2, Yoshihisa Nakamura2,1Akita Res. Inst. of Adv. Tech., Akita, Japan, 2RIEC,Tohoku Univ., Sendai, Japan

9:45 AMFB 04 MICROMAGNETICS OF NARROW TRACK WIDTH

SINGLE POLE WRITE HEADSDaniel Z Bai, Jian-Gang Zhu, DSSC, Carnegie MellonUniv., Pittsbugh, PA

10:00 AMFB 05 HIGH LINEAR DENSITY STUDY OF ADVANCED

SINGLE POLE HEAD [invited]Kroum Stoev, Francis Liu, Yingjian Chen, XiaozhongDang, James Wang, Yiming Huai, Hai Jiang, Shan Fan Gu,Lien-Chang Wang, Ron Esch, John Chen, MarcosLederman, Mark Re, Read-Rite Corp., Fremont, CA

10:30 AMFB 06 FABRICATION PROCESSING OF A TRAPEZOIDAL

MAIN POLE OF SINGLE-POLE-TYPE HEADS [invited]Tomohiro Okada, Yoshiaki Kawato, Chiseki Haginoya, IsaoNunokawa, Kimitoshi Etoh, Moriaki Fuyama, CentralResearch Laboratory, Hitachi, Ltd., Odawara, Kanagawa,Japan

11:00 AMFB 07 THE ROLE OF THE GAP IN SINGLE POLE HEADS IN

PERPENDICULAR RECORDINGDmitri Litvinov1, Jason Wolfson2, James A. Bain2, Roy W.Gustafson1, Mark H. Kryder1, Sakhrat Khizroev1, 1SeagateResearch, Pittsburgh, PA, 2DSSC, Carnegie MelonUniversity, Pittsburgh, PA

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11:15 AMFB 08 RF SPUTTERED FeCoN SOFT MAGNETIC THIN

FILMS WITH HIGH RESISTIVITYHai Jiang, Yingjian Chen, Yiming Huai, Read-RiteCorporation, Fremont, CA

11:30 AMFB 09 SOFT MAGNETIC PROPERTIES OF HIGH MOMENT

FeCoV/CoNbZr MULTILAYERSGenhua Pan, Huan Du, CRIST, DCEE, University ofPlymouth, UK

11:45 AMFB 10 HIGH Bs LOW Hc FILMS WITH BCC SINGLE-PHASE

STRUCTURE FOR WRITE HEADYasuyuki Okada, Kazue Kudo, Moriaki Fuyama, HiroyukiHoshiya, STR Branch, Hitachi CRL, Odawara, Japan

FCNanoparticles and Self-Assembly I

Günter ReissUniversity of Bielefeld

Thursday9:00 AM Room A

9:00 AMFC 01 FABRICATION OF MAGNETIC DOT ARRAYS BY ION

BEAM INDUCED CHEMICAL VAPOR DEPOSITION(IBICVD)Adam Lapicki, Takao Suzuki, ISML, Toyota TechnologicalInstitute, Nagoya, Japan

9:15 AMFC 02 SYNTHESIS OF AIR-STABLE IRON-IRON CARBIDE

NANOCRYSTALLINE PARTICLES SHOWING VERYHIGH SATURATION MAGNETIZATIONAharon Gedanken1, Gad Gorodetsky2, 1Dept. of Chemistry,Bar-Ilan University, Ramat-Gan, Israel, 2Depart. OfPhysics, Ben-Gurion University, Israel

9:30 AMFC 03 SYNTHESIS AND MAGNETIC PROPERTIES OF

CORE-SHELL STRUCTURED (NiCo)O(AFM)/(NiCo)(FM) MAGNETIC NANOPARTICLESJeyadevan Balachandran, Akira Hobo, Oscar Perales-Perez,C. N. Chinnasamy, Kozo Shinoda, Kazuyuki Tohji, AtsuoKasuya, Tohoku University, Sendai, Japan

9:45 AMFC 04 EXCHANGE-COUPLED FePt NANOPARTICLE

ASSEMBLYShouheng Sun Sun, IBM Research, Yorktown Heights, NY

10:00 AMFC 05 MAGNETIC COBALT NANOCRYSTALS ORGANIZED

IN PATCHES AND CHAINSAndreas Hütten, University of Bielefeld, Department ofPhysics, Germany

90

10:15 AMFC 06 HYSTERESIS BEHAVIOR OF CoPt NANOPARTICLES

Yunhe Huang1, Yong Zhang1, George C. Hadjipanayis1, DWeller2, 1Dept. of Physics & Astronomy, Univ. ofDelaware, Newark, DE, 2Seagate Research, Pittsburgh, PA

10:30 AMFC 07 RF DYNAMICS IN NANOPARTICLE SYSTEMS WITH

TUNED STRENGTH OF INTERACTIONSLeonard Spinu1, Alexandru Stancu2, Tung Le Duc1, JiyeFang1, Hariharan Srikanth3, Charles J. O’Connor1, 1AMRI,University of New Orleans, LA, 2Alexandru Ioan CuzaUniversity, Iasi, Romania, 3Department of Physics,University of South Florida, Tampa, FL

10:45 AMFC 08 AC SUSCEPTIBILITY OF Co CLUSTERS IN A BIAS

MAGNETIC FIELD: QUANTUM TUNNELING VERSUSNON-LINEAR EFFECTSFernando M. Luis-Vitalla1, José M. Torres-Bruna1, Luis M.García-Vinuesa1, Frederic Petroff2, Juan Bartolomé-Sanjoaquín1, 1ICMA, Zaragoza, Spain, 2CNRS-Thales,Orsay, France

11:00 AMFC 09 MAGNETO-OPTICS OF NANOPARTICLE SYSTEM

Beata Kalska-Szostko; Freie Universität Berlin, Germany

11:15 AMFC 10 SPIN-GLASS BEHAVIOUR OF Zn57Fe2O4

NANOPARTICLES DISPERSED IN A ZnO MATRIXGerardo Fabian Goya, Physics Institute - Sao PauloUniversity, Brazil

11:30 AMFC 11 TUNNELING MAGNETOTRANSPORT IN NANO-

GRANULAR-IN-GAP STRUCTUREM. B. A. Jalil, ISML lab, National University of Singapore

FDHigh Frequency Properties of Soft Materials

Hywel A. DaviesUniversity of Sheffield

Thursday9:00 AM Room B

9:00 AMFD 01 PERMEABILITY OF SOFT MAGNETIC COMPOSITES

ELABORATED FROM FLAKES OFNANOCRYSTALLINE RIBBONSFrédéric Mazaleyrat1, Valerie Léger1, Richard RaymondLebourgeois2, Richard Barrué1, 1LESiR, ENS Cachan,France, 2Thales R&T, Orsay, France

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9:15 AMFD 02 HIGH FREQUENCY BEHAVIOR OF MAGNETIC

COMPOSITES BASED ON FeSiBCuNb PARTICLESFOR POWER ELECTRONICSFrancisco Alves1, Clément Ramiarinjaona1, SergeBerenguer1, Richard Lebourgeois2, Thierry Waeckerle3,1LESiR, ENS Cachan, France, 2Thales, LCR, Domaine deCorbeville, France 3Imphy Ugine Précision, Imphy, France

9:30 AMFD 03 NANOSTRUCTURED CORES WITH EXTREMELY

LOW LOSS AND CONTROLLED PERMEABILITYMasaki Nakano1, Hirotoshi Fukunaga1, Takeshi Yanai1,Ken-ichirou Takahashi1, Yoshihito Yoshizawa2, KazushiIshiyama3, Ken-ichi Arai3, 1Fac. of Engineering, NagasakiUniversity, Japan, 2Advanced Electronics ResearchLaboratory, Hitachi Metals, 3RIEC, Tohoku University,Sendai, Japan

9:45 AMFD 04 FREQUENCY-DEPENDENT COMPLEX

PERMEABILITY IN Zr-SUBSTITUTED PERMALLOYTHIN FILMSJamal Ben Youssef, LMB, CNRS UMR 6135, Brest-FR

10:00 AMFD 05 INVESTIGATION ON MICROSTRUCTURE-

MAGNETIC PROPERTY RELATIONSHIP OFNANOCRYSTALLINE Fe-Zr-B-Ag MAGNETIC FILMSUSING HIGH RESOLUTION TRANSMISSIONELECTRON MICROSCOPY AND X-RAYDIFFRACTIONW.J. Lee1, Bok-Ki Min1, J.S. Song1, S.J. Jeong1, G.S.Chung2, 1KERI, Korea, 2School of Information SystemEngineering, Dongsea University, Korea

10:15 AMFD 06 CONTROLLING THE INDUCED ANISOTROPY IN

SOFT MAGNETIC FILMS FOR HIGH FREQUENCYAPPLICATIONSA.R. Chezan, C.B. Craus, N.G. Chechenin, L. Niesen, D. O.Boerma, U. of Groningen, Nijenborgh 4, The Netherlands

10:30 AMFD 07 HIGH FREQUENCY PERMEABILITY OF FeCoV THIN

FILMS DEPOSITED ON THIN FLEXIBLESUBSTRATESOlivier Valls, David Damiani, Olivier Acher, LMMH, CEA/ Le Ripault - France

10:45 AMFD 08 ULTRA-HIGH ELECTRICAL RESISTIVITY AND

HETERO-AMORPHOUS STRUCTURE OF GHz SOFTMAGNETIC (CoFeB)-(SiO2) THIN FILMMakoto Munakata1, Mashio Motoyama2, Masaaki Yagi1,Tetsuo Itoh3, Yutaka Shimada4, Masahiro Yamaguchi5,Ken-ichi Arai6, 1Sojo Univ., Energy Electron. Lab.,Kumamoto, Japan, 2DeltaWorks, Kumamoto, Japan,3Tohoku Gakuin Univ., Tagajo, Miyagi, Japan, 4TohokuUniv., Inst. of Multi. Res. for Advanced Mater., Japan,5Tohoku Univ., Res. Inst. of Elec. Commun., Japan, 6RIEC,Tohoku University, Sendai, Japan

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11:00 AMFD 09 ANTIFERROMAGNETIC COUPLED HIGH-

FREQUENCY CARRIER-TYPE MAGNETIC SENSORUSING NiFe/FeMn MULTILAYERMasaaki Takezawa, Jiro Yamasaki, Kyushu Institute ofTechnology, Japan

11:15 AMFD 10 ANALYSIS OF RADIOFREQUENCY POWER LOSSES

OF FERROMAGNETIC COMPOSITE MATERIALSRichard Raymond Lebourgeois, Thales R&T-France -domaine de Corbeville – Orsay, France

11:30 AMFD 11 HIGH FREQUENCY CONDUCTIVITY OF SPIN-SPRAY

PLATED Ni-Zn FERRITE THIN FILMSChao-Ming Fu, Physics Dept, National Kaoshiung NormalUniversity, Taiwan

11:45 AMFD 12 HIGH RATE, LOW TEMPERATURE (90˚C)

DEPOSITION OF Ni-Zn FERRITE FILMS HIGHLYPERMEABLE IN GHz RANGENobuhiro Matsushita, Chee Ping Chong, TomohiroMizutani, Masanori Abe, Tokyo Institute of Technology,Japan

FEElectrical Machines I

David HoweUniversity of Sheffield

Thursday9:00 AM Room C & D

9:00 AMFE 01 TRANSIENT MAGNETIC MODELLING OF

SENSORLESS CONTROLLED INDUCTIONMACHINES [invited]Thomas M. Wolbank, Reinhard Woehrnschimmel, HansHauser, Vienna University of Technology Austria

9:30 AMFE 02 IRON LOSS IN PM BRUSHLESS AC MACHINES

UNDER MAXIMUM TORQUE PER AMPERE ANDFLUX WEAKENINGZ. Q. Zhu, Y. S. Chen, D. Howe, Dept. of Elec. Eng.University of Sheffield, UK

9:45 AMFE 03 A NEW TSF METHOD FOR SWITCHED RELUCTANCE

MOTORSChanghwan Choi, KAERI, Taejeon, Korea

10:00 AMFE 04 EFFECTS OF MAGNET TOPOLOGY ON THE

HARMONICS OF SLOTLESS-IRONLESS AXIAL FLUXPERMANENT MAGNET GENERATORSPatrick Chi-Kwong Luk, Tareq S El-Hasan, University ofHertfordshire, Hatfield, Herts, UK

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10:15 AMFE 05 LINEAR INDUCTION MOTOR APPLICATION TO

THIN STEEL PLATEKeisuke Fujisaki, Plant Engineering Technology, NipponSteel Corp., Chiba, Japan

10:30 AMFE 06 EFFECT OF OPTIMAL TORQUE CONTROL ON

ROTOR LOSS OF FAULT TOLERANT PERMANENTMAGNET BRUSHLESS MACHINESJ. D. Ede, K. Atallah, J. B. Wang, D. Howe, Department ofElectronic and Electrical Engineering, The University ofSheffield, Sheffield, UK

10:45 AMFE 07 EXPERIMENTAL AND NUMERICAL

INVESTIGATIONS ON ROTATIONAL FLUXES INSTATOR CORES OF THREE-PHASE MOTORSOriano Bottauscio1, Mario Chiampi2, Mauro Zucca1, 1IENGalileo Ferraris, Torino, Italy, 2Dept. Ingegneria Elettrica,Politecnico di Torino, Italy

11:00 AMFE 08 ANALYTICAL MODELLING OF THE COGGING

TORQUE OF AN AXIAL FLUX PERMANENTMAGNET SYNCHRONOUS MACHINEGeorges Barakat, GREAH, Univ. Le Havre, France

11:15 AMFE 09 IMPROVEMENT OF BLDC MOTOR PERFORMANCE

THROUGH MAGNETIZATION PATTERN CHANGE INPERMANENT MAGNETSTaeyong Yoon, Dennis K. Lieu, PREM Hanyang Univ.,Seoul, Korea

11:30 AMFE 10 DEVELOPMENT OF AN AXIAL-GAP SPINDLE

MOTOR FOR COMPUTER HARD DISK DRIVESUSING PCB AND DUAL AIR GAPGunhee Jang, Junghwan Chang, PREM, Hanyang Univ.,Seoul, Korea

11:45 AMFE 11 COMPARISON WITH THE LOSSES OF A MOVING-

MAGNET-TYPE LINEAR OSCILLATORY ACTUATORUNDER TWO DRIVING METHODSMakoto Utsuno1, Masaki Takai1, Tsutomu Mizuno1, HajimeYamada2, 1Faculty of Engineering Shinshu University,2Doctors International Collaboration Institute, Nagano,Japan

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FPLongitudinal, AFC and Patterned Media

Helen LaidlerUniversity of York

Thursday8:15 AMFP 01 EXTENDIBILITY OF SYNTHETIC FERRIMAGNETIC

MEDIA FOR RECORDING DENSITIES BEYOND 100GB/IN2

B. Ramamurthy Acharya, E. Noel Abarra, Akihiro Inomata,Iwao Okamoto, Fujitsu Laboratories, Atsugi, Japan

FP 02 ORIGIN OF THERMAL STABILITY IN LAMINATEDANTIFERROMAGNETICALLY COUPLED MEDIAS. N. Piramanayagam, Ching Hian Hee, S.I. Pang, J.P.Wang, Data Storage Institute, Singapore

FP 03 AFC MEDIA MAGNETOMETRYNing Li, Steve Kimble, Brian Zak, Seagate Technology,Shakopee, MN

FP 04 MINOR-LOOPS STUDIES OF MAGNETICPROPERTIES FOR SAF MEDIA BY AGFMZhengsheng Shan, Sudhir Malhotra, Donald Stafford,Gerardo Bertero, David Eugene Wachenschwanz, Komag,Inc., San Jose, CA

FP 05 ANISOTROPY FIELD DISTRIBUTIONMEASUREMENTS FOR THIN FILM MEDIACristian Papusoi, Takao Suzuki, ISML, ToyotaTechnological Institute, Nagoya, Japan

FP 06 MEASUREMENT OF OUT-OF-PLANEDEMAGNETIZATION IN THIN FILM MEDIAPhilip Raymond Bissell1, Richard D Cookson1, MarianVopsaroiu1, Alexandru Stancu2, Leonard Spinu3,1University of Central Lancashire, Preston, UK, 2AlexandruIoan Cuza University, Iasi, Romania, 3AMRI, University ofNew Orleans, LA

FP 07 EFFECT OF IN-PLANE AND OUT-OF-PLANECRYSTALLOGRAPHIC ORIENTATION ON THERMALSTABILITY AND RECORDING CHARACTERISTICSOF CoCrPtB ALLOYGeon Choe, Min Zheng, Kenneth E Johnson, MMCTechnology, San Jose, CA

FP 08 DEPENDENCE OF THIN FILM MEDIAMICROSTRUCTURE AND RECORDING PROPERTIESON COMPOSITION OF Cr-BASED VERY THINSEEDLAYERSatoru Yoshimura1, D. D. Djayaprawira1, Masaki Mikami1,Migaku Takahashi1, Kazuya Komiyama2, 1ElectronicEngng., Tohoku Univ., Sendai, Japan, 2Fuji Electric StorageDevice Co., Ltd., Japan

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FP 09 HIGH COERCIVITY AND SMALL GRAINS OFFe60-xPt40Cux TERNARY THIN FILMSJong-Gab Na1, Kyung-Hwan Na1, Kyung-Min Park1,Pyung-Woo Jang2, Hi-Jung Kim1, 1Korea Institute ofScience and Technology, Seoul, Korea, 2ChongjuUniversity, Korea

FP 10 NEW TECHNIQUE FOR PRODUCING PATTERNEDMAGNETIC MEDIABoris A Gurovich, Dmitrii I Dolgii, Evgenii Z Meilikhov,Evgenia A Kuleshova, Russian Research Center "KurchatovInstitute," Moscow, Russia

FP 11 SIGNAL AND NOISE CHARACTERISTICS OFPATTERNED MEDIAMustafa Makki Aziz1, C. D. Wright1, B. K. Middleton2,H Du1, V Vorathitikul1, J Valera-Perez1, I Gonzalez-Arcelus1, 1University of Exeter, UK 2University ofManchester, UK

FP 12 FINITE ELEMENT SIMULATION OF DISCRETEMEDIA WITH GRANULAR STRUCTURERok Dittrich, Werner Scholz, Dieter Suess, HermannForster, Vassilios Tsiantos, Thomas Schrefl, Josef Fidler,Vienna University of Technology, Austria

FP 13 DIRECT MAGNETIC PATTERNING OF NON-MAGNETIC Co/C THIN FILMS BY ELECTRON-BEAMRADIATIONTiejun Zhou1, Zhao Yan1, J.P. Wang1, John T. L. Thong2, TC Chong1, 1Data Storage Institute, Singapore, 2CICFAR,Faculty of Engineering, Singapore

FP 14 MAGNETISATION REVERSAL AND THERMALACTIVATION IN CoCrPt PATTERNED MEDIATom Thomson, Simone Anders, Charles T Rettner,Margaret E Best, Bruce D Terris, IBM Almaden ResearchCenter, San Jose, CA

FQAlloy Perpendicular Media

Naoki HondaAkita Res. Inst. of Adv. Tech.

Thursday8:15 AMFQ 01 MAGNETIZATION REVERSAL OF PERPENDICULAR

RECORDING MEDIA CHARACTERIZED USING APULSE MAGNETOMETERTakehito Shimatsu1, Hiroyuki Uwazumi2, HiroakiMuraoka1, Yoshihisa Nakamura1, 1RIEC, Tohoku Univ.,Sendai, Japan, 2Fuji Electric Co., Ltd., Matsumoto, Nagano,Japan

FQ 02 MICROSTRUCTURE AND MAGNETIC PROPERTIESOF CoPtCr-SiO2 PERPENDICULAR RECORDINGMEDIATadaaki Oikawa1, Miyabi Nakamura1, Hiroyuki Uwazumi1,Takehito Shimatsu2, Hiroaki Muraoka2, YoshihisaNakamura2, 1Fuji Electric Co., Ltd., Matsumoto, Nagano,Japan, 2RIEC, Tohoku Univ., Sendai, Japan

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FQ 03 SEEDLAYER AND PRE-HEATING EFFECTS ONCRYSTALLOGRAPHY AND RECORDINGPERFORMANCE OF CoCrPtB PERPENDICULARMEDIAMin Zheng, Geon Choe, Kenneth E Johnson, MMCTechnology, San Jose, CA

FQ 04 Co-Cr-Pt-Nb DOUBLE LAYERED PERPENDICULARMAGNETIC RECORDING MEDIA WITH Pt/TiINTERMEDIATE LAYERJun Ariake1, Takanori Kiya1, Naoki Honda1, KazuhiroOuchi1, Shun-ichi Iwasaki2, 1AIT, Akita, Japan, 2TohokuInst. of Tech., Sendai, Japan

FQ 05 THE EFFECTS OF Ni-Fe-O SEEDLAYER IN Co-Cr-Ta-PtPERPENDICULAR MAGNETIC RECORDING MEDIAS.H. Kong, T. Okamoto, S. Nakagawa, Tokyo Institute ofTechnology, Japan

FQ 06 EFFECTS OF VERY THIN CARBON LAYER ONFORMATION OF HCP PHASE FOR CoCrPtBPERPENDICULAR MEDIA WITH Co60Cr40

INTERMEDIATE LAYERShin Saito, Fumikazu Hoshi, Migaku Takahashi, ElectronicEngng., Tohoku Univ., Sendai, Japan

FQ 07 MODELING NEIGHBORHOOD INDUCEDTRANSITION SHIFT IN PERPENDICULAR MEDIAWITH A SOFT UNDERLAYEREric D Boerner, Thomas A. Roscamp, Seagate Technology,Pittsburgh, PA

FQ 08 MAGNETIC MOMENT OF SOFT UNDERLAYERS FORPERPENDICULAR MEDIAJohannes van Ek, Martin Plumer, Seagate Technology,Bloomington, MN

FQ 09 INDUCED IMAGE FIELDS IN A PERPENDICULARRECORDING MEDIUM FROM THREE-DIMENSIONALWRITE HEAD FIELDSJay Recer Hoinville, Euxine Technologies, Broomfield, CO

FQ 10 HIGH EXCHANGE BIAS FIELD AND LOW NOISEIrMn/CoZrNb LAYERS ACHIEVED BY RAPIDTHERMAL ANNEALING FOR PERPENDICULARRECORDING MEDIAShunji Takenoiri, Kazuo Enomoto, Yasushi Sakai, SadayukiWatanabe, Fuji Electric Co., Ltd., Matsumoto, Nagano,Japan

FQ 11 A STUDY OF DOMAIN NOISE FROM THE SOFTUNDERLAYER IN PERPENDICULAR MEDIADavid Eugene Wachenschwanz, Yan Wu, Komag, Inc., SanJose, CA

FQ 12 RECORDING LAYER INFLUENCE ON THEDYNAMICS OF A SOFT UNDERLAYERSakhrat Khizroev1, Dmitri Litvinov1, Andreas Lyberatos1,Mark H. Kryder1, Jason Wolfson2, James A. Bain2, 1SeagateResearch, Pittsburgh, PA, 2DSSC, Carnegie MellonUniversity, Pittsburgh, PA

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FQ 13 [Fe-Co/Si]N MULTILAYERS WITH HIGHSATURATION MAGNETIZATION FOR BACKLAYEROF PERPENDICULAR MAGNETIC RECORDINGMEDIAS.H. Kong, T. Okamoto, S. Nakagawa, Tokyo Institute ofTechnology, Japan

FRHalf Metallics II

Claudia FelserJohann-Gutenberg Universitaet Mainz

Michael ZieseUniversity of Leipzig

Thursday8:15 AMFR 01 EFFECT OF BUFFER LAYER ON [00L] TEXTURE AND

CMR OF SPUTTERED La-Ca-Mn-O THIN FILMS ONSILICON SUBSTRATEJau Shiung Fang1, Fang Wen Tsai2, Tsung Shune Chin2,1NHIT, Taiwan, 2NTHU, Taiwa

FR 02 STRUCTURE EFFECT ON THE POLARONS INLa0.7Ca0.3-xBaxMnO3 MANGANITESA. N. Ulyanov1, Dong-Seok Yang2, Seong-Cho Yu3,1Chungbuk National University, Donetsk Phys.-Techn.Institute, 2School of Science Education, Chungbuk NationalUniversity, Cheongju, Korea, 3Department of Physics,Chungbuk National University, Cheongju, Korea

FR 03 EFFECT OF OXYGEN PARTIAL PRESSURE IN THELa-Sr-Mn-O GRANULAR THIN FILMSGeun Young Ahn, In-Bo Shim, Chul Sung Kim, Dept. ofPhysics Kookmin Univ., Seoul, Korea

FR 04 NANOPARTICLES OF La1-xSrxMnO3 COMPOUNDSRodrigo Fernando Costa Marques1, Miguel Jafelicci Jr1,Carlos Oliveira Paiva-Santos1, Renato de FigueiredoJardim2, Jose Antonio Souza2, Ricardo Henrique MoretonGodoi3, Laudemir Carlos Varanda1, 1Instituto de Química -Araraquara - UNESP, Brasil 2IF - USP - São Paulo, Brasil,3University of Antwerp – Dept. of Chemistry, Belgium

FR 05 COMPOSITIONAL, MAGNETIC ANDMAGNETORESISTIVE PROPERTIES OF FILMSSPUTTERED FROM La1-xSrxMnO3 TARGETKoichi Aso, Takayoshi Shiota, Shinya Kitazaki, YukihiroOno, Hideyuki Hatanaka, Polytechnic University,Sagamihara, Kanagawa, Japan

FR 06 EFFECT OF IONIC ORDERING ON MAGNETICPROPERTIES OF Ln1-xAxMnO3-δ (Ln=La, Pr, Nd; A=Ca,Ba; X=0.3, 0.5) ANION-DEFICIT PEROVSKITEMANGANITESSergei Valentinovich Trukhanov1, Igor O Troyanchuk1,Henrik Szymczak2, Klaus Baerner3, 1Institute of Solidsand Semiconductor Physics, NASB, Minsk, Belarus,2Institute of Physics, PAS, Warsaw, Poland, 3IV Institute ofPhysics, Gettingen

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FR 07 EFFECTS OF Ba DOPING ON PHYSICAL PROPERTIESOF La-Ca-Mn-O THIN FILMSHoa Hong Nguyen, Syozo Imai, Joe Sakai, Hideo Iwasaki,JAIST, Japan

FR 08 OPTIMIZED PULSED LASER DEPOSITION OFMANGANITE THIN FILMS FROM A SHOCK WAVE(P-D) SCALING LAWAnne-Marie Haghiri-Gosnet, Institut d'ElectroniqueFondamentale–IEF, Université Paris Sud, France

FR 09 Co2MnX (X=Si,Ge,Sn) HEUSLER COMPOUNDS: ANAB-INITIO STUDYAlessandra Continenza1, Silvia Picozzi1, Arthur J.Freeman2, 1INFM - Dip. Fis. Univ. L'Aquila – Italy, 2Dept.of Phys. and Astron. and MRC, Northwestern Univ., IL

FR 10 UNUSUAL BEHAVIOUR OF MAGNETIZATION,MAGNETOSTRICTION AND MAGNETORESISTANCEOF Eu0.55Sr0.45MnO3 MANGANITEAnna Ivanovna Abramovich, Alexey VladimirovichMichurin, Moscow State University, Russia

FR 11 ENHANCEMENT OF ROOM TEMPERATUREMAGNETORESISTANCE IN LaSr(Mn,Cr)OJifan Hu, Hongwei Qin, Juan Chen, Weiwei Xiao, Yu Pei,Kang An, Dept. of Phys., Shandong University, Jinan,China

FR 12 EPR STUDY OF La0.6Sr0.2(Ba,Ca)0.2MnO3 MANGANITES:ADIABATIC POLARON HOPPING MODELA. N. Ulyanov1, Phan Manh Huong2, Nguyen Chau3,Seong-Cho Yu4, 1Chungbuk National University, DonetskPhys.-Techn. Institute, Vietnam, 2Chungbuk NationalUniversity, National University of Hanoi, Vietnam 3Centerfor Mater. Sci., Nat'l University of Hanoi, Vietnam,4Department of Physics, Chungbuk National University,Hanoi, Vietnam

FR 13 SPIN HOPPING IN ULTRATHIN La0.7Ca0.3MnO3 FILMSMichael Ziese, Kyoo-hyun Han, Pablo Esquinazi,University of Leipzig, Germany

FR 14 FORMATION OF STRIPE DOMAINS IN THININSULATING La0.7Ca0.3MnO3 FILMSMichael Ziese, University of Leipzig, Germany

FR 15 ENHANCED INTERGRAIN MAGNETORESISTANCEIN Sr2FeMoO6

M. Venkatesan, C. B. Fitzgerald, J.M. D. Coey, PhysicsDepartment, Trinity College, Dublin 2. Ireland.

FR 16 EFFECT OF SPACER LAYER THICKNESS ON THEMAGNETIC AND ELECTRICAL PROPERTIES OFLa0.7Sr0.3MnO3/SrTiO3 SUPERLATTICESMungila Sahana, Kathrin Dörr, Teresia Walter, KonstantinNenkov, Dieter Eckert, Karl-Hartmut Müller, IFW Dresden,Germany

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FR 17 OBSERVATION OF HIGH SPIN POLARIZATION OFHALF-METALLIC FERROMAGNETIC Fe3O4 AND CrO2

BY SPIN-RESOLVED PHOTOELECTRONSPECTROSCOPY AT ROOM TEMPERATUREYuriy S. Dedkov, Mikhail V. Fonine, Christian König,Ulrich Rüdiger, Gernot Güntherodt, Yu. Dedkov, 2. Phys.Inst., RWTH, Aachen, Germany

FR 18 FERROMAGNETIC-ANTIFERROMAGNETIC STATEIN MANGANITESLudmila Ivanovna Koroleva1, Ritta Szymczak2, RomanVladimirovich Demin1, 1MSU Phys. Dep. Moscow Russia,2Institute of Physics, Warsaw, Poland

FR 19 USE OF AC SUSCEPTOMETRY TO STUDYMAGNETORESISTIVE PROPERTIES OF CERAMICSAMPLESPaulo Noronha Lisboa-Filho, DF-UFSCar, Portugal

FR 20 NOISE IN THIN HALF-METALLIC OXIDE FILMSGuenole Jan, Oscar Cespedes, Ciara Fitzgerald, MazharBari, J M D Coey, Trinity College Dublin 2, Ireland

FR 21 EVOLUTION OF MAGNETIC PROPERTIES ANDCANTED SPIN BEHAVIOR OF THE La0.7-xPrxPb0.3MnO3

MANGANITELance Horng1, S. L. Young2, 1National ChanghuaUniversity of Education, Taiwan, 2Dep. ElectricalEngineering, Hsiuping Institute of Technology, Taiwan

FSHysteresis Modeling

Ed Della TorreInstitute for Magnetics Research, George Washington University

Thursday8:15 AMFS 01 A NEW VECTORIAL HYSTERESIS MODEL FOR

CUBE TEXTURED NiFe SHEET BASED ON ACHEMICAL REACTION ANALOGYNourdine Amir, Kedous-Lebouc Afef, Meunier Gérard,LEG INPG/UJF - CNRS UMR5529, France

FS 02 DYNAMICAL HYSTERESIS IN MAGNETOSTRICTIVEAMORPHOUS MICROWIRESSerghei Sandacci Ivan, A. N. Grigorenko, L. V. Panina, D.J. Mapps, DECE, University of Plymouth, UK

FS 03 ANALYTICAL EXPRESSIONS OF PREISACHDISTRIBUTION FUNCTIONCarlo Ragusa, DIEI, Politecnico di Torino, Torino, Italy

FS 04 PREISACH PARAMETER IDENTIFICATION FORSYSTEMS WITH NEGATIVE MEAN FIELDINTERACTIONSMihai Cerchez1, Mariana Diaconu1, Alexandru Stancu1,Philip Raymond Bissell2, 1Alexandru Ioan Cuza University,Iasi, Romania., 2UCLancashire, Preston, UK

100

FS 05 AN INTERPRETATION OF PREISACH-KRASNOSELSKII HYSTERESIS MODEL WITH THEUSE OF ARTIFICIAL NEURAL NETWORKSAlireza Sadeghian, MPCS, Ryerson University, Toronto,Canada

FS 06 THERMAL VARIANCE PREISACH-NEEL MODELIon D Borcia1, Leonard Spinu2, Alexandru Stancu1,1Alexandru Ioan Cuza University, Iasi, Romania., 2AMRI,University of New Orleans, New Orleans

FS 07 MODELING OF STRESS EFFECTS ON MAGNETICHYSTERSIS AND BARKHAUSEN EMISSION USINGAN INTEGRATED HYSTERETIC-STOCHASTICMODELChester C.H. Lo, Seong Jae Lee, Lu Li, L.C. Kerdus, DavidC. Jiles, Ames Laboratory, Iowa State University, Ames, IA

FS 08 PREISACH’S FUNCTION IDENTIFICATION BYNEURAL NETWORKMarco Trapanese, Dept. of Electrical Eng. v.le delle ScienzePalermo, Italy

FS 09 PREDICTION OF DYNAMIC HYSTERESIS LOSSESUNDER NONSINUSOIDAL EXCITING FIELDAlessandro Salvini, Christian Coltelli, Università Roma,Rome, Italy

FS 10 MODELLING AND ANALYSIS OF A HYSTERESISMOTOR USED IN SPACE APPLICATIONK. R. Rajagopal, Electrical Engineering Department, IndianInstitute of Technology, New Delhi, India

FS 11 INVERSE APPROACH FOR PREISACH FUNCTIONCALCULATIONHisashi Endo, Seiji Hayano, Yoshifuru Saito, Hosei Univ.,Koganei, Tokyo, Japan

FS 12 THE PREISACH-ARRHENIUS MODEL FORAFTEREFFECTE. Della Torre, L.H. Bennett, R. Fry, O. Alejos GeorgeWashington University, Washington, DC

FTApplications of Hard Magnets

Kais AtallahUniversity of Sheffield

Thursday8:15 AMFT 01 CALIBRATION OF AN INDUSTRIAL PULSED FIELD

MAGNETOMETERRoland Grössinger1, John Dudding2, 1E-131, Techn. Univ.Vienna, Austria, 2Hirst Magnetic Instr. Ltd., Cornwall, UK

FT 02 MAGNET SHAPING FOR MINIMAL MAGNETVOLUME IN MACHINESMaxime R. Dubois, Henk Polinder, Jan A. Ferreira, TUDelft, Electrical Power Processing, The Netherlands

101

FT 03 NdFeB MAGNETS FOR ELECTRIC POWER STEERING(EPS) APPLICATIONSAnthony Charles Morcos, David N. Brown, Peter Campbell,Magnequench Tech. Ctr., Research Triangle Park, NC

FT 04 IN-SITU MAGNETIZATION OF ISOTROPICPERMANENT MAGNETSYuriy N Zhilichev, Magnequench TechCenter, ResearchTriangle Park, NC

FT 05 DESIGN OF PERMANENT MAGNET FLUX SOURCEFOR A ROTARY MAGNETIC REFRIGERATINGSYSTEMSeong-Jae Lee, John Kenkel, David C Jiles, AmesLaboratory, USDoE, Iowa State University, IA

FT 06 THE CHARACTERISTICS ANALYSIS OF EDDYCURRENT BRAKE SYSTEM USING THE LINEARHALBACH ARRAYSang-Do Cha, Seok Myeong Jang, Sung-Ho Lee, Sang SubJeong, Dept. of Electrical Engineering, Chungnam NationalUniversity, Daejeon, Korea

FT 07 COMPARISON OF HALBACH MAGNETISEDBRUSHLESS MACHINES HAVING DISCRETEMAGNET SEGMENTS OR SINGLE RING MAGNETZ. Q. Zhu, Z.P. Xia, D. Howe, Dept. of Elect. Eng.,University of Sheffield, UK

FT 08 DEVELOPMENT OF BRUSHLESS AND SENSORLESSVIBRATION MOTORShi-Uk Chung, Sang-Moon Hwang, School of MechanicalEngineering, Pusan National University, Korea

FT 09 COMPUTER AIDED DESIGN OF AN AXIAL-FIELD PMBRUSHLESS DC MOTOR FOR AN ELECTRICVEHICLEParag R. Upadyay, B. P. Singh, EE Dept., I.I.T. Delhi, NewDelhi, India

FT 10 NON-LINEAR ANALYSIS OF 2 PHASE HYBRIDSTEPPING MOTOR USING 3D EQUIVALENTMAGNETIC CIRCUIT NETWORKChang-Sung Jin1, Youn-Hyun Kim1, Ju Lee1, Tae-Bin Im2,Yun-Hyun Cho3, 1Dept. of Elec. Eng. Hanyang University,Seoul, Korea, 2Bucheon Techno-Park, Yakdae, Wonmi,Bucheon, Korea, 3Dept.of Elec. Eng. Donga University,Busan, Korea

FT 11 DESIGN, ANALYSIS, AND MANUFACTURE OFLARGE LINEAR MOTOR DAMPER FORSTRUCTURAL VIBRATION CONTROL SYSTEMSeok Myeong Jang, Sang Sub Jeong, Sung-Ho Lee, In-KiYoon, Dept. of Electrical Engineering, Chungnam NationalUniversity, Taejeon, Korea

FT 12 NOVEL AXIAL FLUX MACHINE FOR AIRCRAFTPROPELLER DRIVE: DESIGN AND MODELLINGJohn Fred Eastham1, Francesco Profumo2, AlbertoTenconi2, Roger Hill-Cottingham1, Phill Coles1, GiuseppeGianolio2, 1Enigma Tech Ltd, 2Politecnico di Torino -Dipartimento di Ingegneria Elettrica, Italy

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FT 13 ELECTRIC POWER GENERATING SYSTEM USINGMAGNETIC COUPLING, FOR MEDICALELECTRONIC DEVICES IMPLANTED DEEPLYShin-nosuke Suzuki, Tamotsu Katane, Hideo Saotome,Osami Saito, Faculty of Eng. Chiba Univ., Japan

FT 14 A NOVEL ACTUATOR WITH Nd-Fe-B MAGNETSSWIMMING TOWARD THE MAGNETIC FIELDHideo Saotome, Faculty of Eng., Chiba Univ., Japan

FUBiomedical Applications

Shoogo UenoUniversity of Tokyo

Thursday8:15 AMFU 01 ANALYSIS AND ESTIMATION OF EXITATION

CONDUCTION WITH WPW SYNDROME PATIENTSBASED ON A 3-D MAGNETOCARDIOGRAMKoichiro Kobayashi1, Yoshinori Uchikawa2, Kenji Nakai3,Masato Yoshizawa4, 1Tokyo Denki Univ., AppliedSuperconductivity Res. Lab., 2Tokyo Denki Univ., Collegeof Science and Engineering, 3Iwate Medical University,Laboratory Medicine, 4Iwate University, Faculty ofEngineering, Japan

FU 02 VISUAL EVOKED MAGNETIC FIELDS ASSOCIATEDWITH GEOMETRIC AND PHONETICDISCRIMINATIONShiann-Fong Huang, Keiji Iramina, Masato Yumoto,Shoogo Ueno, Graduate School of Medicine, University ofTokyo, Japan

FU 03 DISCRIMINATION OF MULTIPLE SOURCES OFALPHA BRAIN ACTIVITY WITH 3-D MEGMEASUREMENTYoshinori Uchikawa, Tokyo Denki Univ., College ofScience and Engineering, Japan

FU 04 EFFECTS OF THE TRANSCRANIAL MAGNETICSTIMULATION ON EEG ACTIVITIESKeiji Iramina, Yasuyuki Kowatari, Shoogo Ueno, GraduateSchool of Medicine, University of Tokyo, Japan

FU 05 AUTOMATIC POWER CONTROLLER FORIMPLANTED ARTIFICIAL SPHINCTER UTILIZINGTEMPERATURE SENSITIVE FERRITE COREMasahiro Inoue1, Fumihiro Sato1, Hidetoshi Matsuki1,Tadakuni Sato2, Luo Yun3, Toshiyuki Takagi3, TomoyukiYambe4, Shin-ichi Nitta4, 1Graduate School of TohokuUniversity, Sendai, Japan, 2Tokin Corporation, Sendai,Japan, 3IFS of Tohoku University, Sendai, Japan, 4IDAC ofTohoku University, Sendai, Japan

FU 06 NEUROMAGNETIC SIGNALS ASSOCIATED WITHNUMBER COMPARISON TASKOsamu Hiwaki, Satoshi Takae, Akira Hashizume, KaoruKurisu, Hiroshima City University, Japan

103

FU 07 THE EFFECT OF IRRADIATION ON THE PROPERTIESOF SOME FERROFLUIDS USED IN HYPERTHERMIAVasile Badescu, Virgiliu Craciun, Ghiorghe Calugaru,NIRDTP, Mang, Romania

FU 08 GRADUAL DECREASE OF ELECTRIC RESISTIVITYIN WATER TRIGGERED WITH MILLI GAUSS LOWFREQUENCY PULSED MAGNETIC FIELDK. Mohri1, M. Fukushima2, M. Matsumoto3, 1NagoyaUniversity, Japan, 2Kyoto University, Japan, 3Jyoyuin RBPLabs., Nara, Japan

FU 09 3D SIMULATION OF SAR INDUCED BY MOBILEPHONES IN THE HUMAN HEADJaime Arturo Ramirez1, Ana Oliveira Rodrigues1, ErnestMichael Freeman2, Tim Green2, 1UFMG - Belo Horizonte,MG, Brazil, 2Imperial College, London

FU 10 DIRECTION AND INDIVISUAL CONTROL OFMAGNETIC MICRO-MACHINEMasahiko Sendoh, Kazushi Ishiyama, Ken-Ichi Arai, RIEC,Tohoku Univ., Sendai, Japan

FU 11 FABRICATION OF MAGNETIC MICRO-MACHINEFOR LOCAL HYPERTHERMIAMasahiko Sendoh1, Kazushi Ishiyama1, Ken-Ichi Arai1,Masayuki Jojo2, Fumihiro Sato3, Hidetoshi Matsuki3,1RIEC, Tohoku Univ., Sendai, Japan, 2School ofEngineering., Tohoku Univ., Sendai, Japan, 3GraduateSchool of Tohoku University, Sendai, Japan

FU 12 OPERATION OF THE MAGNETIC MICRO-MACHINEWITH THE HYPERTHERMIA MECHANISM AND ITSEXOTHERMIC CHARACTERISTICFumihiro Sato, Graduate School of Engng., Tohoku Univ.,Sendai, Japan

FVIndustrial Sensors, Processes and Machines

Ichiro SasadaKyushu University

Thursday8:15 AMFV 01 ELECTROMAGNETIC MEASUREMENT OF THE RAIL

DISPLACEMENT BY THE TWO TRIANGLE COILSShigemi Enoki1, Takafumi Asahi1, Seiichi Watanabe2,Tutomu Mizuno3, Kunio Takeshita4, 1Shinkawa SensorTechnology Inc., 2Nagano National College of Technology,3Shinshu University, 4Hitachi Electronics Engineering Co.,Japan

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FV 02 MEASUREMENT OF SINGULAR JOINT GAP OF THERAILS BY MEANS OF RAIL JOINT GAP SENSORWITH DETECTING COIL WHICH IS CROSSED TOTHE EXCITING COILTsutomu Mizuno1, Dai Mochizuki1, Shinya Kawasaki1,Seiichi Watanabe2, Shigemi Enoki3, Hajime Yamada4,1Faculty of Engineering Shinshu University, 2NaganoNational College of Technology, 3Shinkawa SensorTechnology Inc., 4Doctors International CollaborationInstitute, Nagano, Japan

FV 03 HIGH ACCURACY ELECTROMAGNETIC SENSORKeisuke Fujisaki, Plant Engineering Technology, NipponSteel, Futtsu-city, Chiba, Japan

FV 04 ANALYSIS OF CHARACTERISTICS OF AMAGNETOSTRICTIVE TORQUE SENSOR WITHHELICAL KNURLSRenshiro Ishino, Yoshikazu Takemoto, Kubota Corporation,Amagasaki City, Hyogo, Japan

FV 05 ESTIMATION OF THE RESIDUAL STRAIN INMAGNETIC METALS BY USING THE ULTRASONICMETHODChizuru Sarudate, Atsushi Konno, Iwate Univ. Morioka,Japan

FV 06 BIAXIAL MAGNETOMETRIC SENSORCarlos Morón Fernández, Alfonso García, E.U. Informática(U.P.M.), Madrid, Spain

FV 07 IMPROVEMENT OF THE SENSING SIGNAL INGEOMETRY PIG CALIPER SYSTEMSang Ho Park1, S. H. Cho2, H. R. Yoo2, D. J. Park2, Y. W.Ryo2, Gwan Soo Park1, 1Dept. Electrical Engineering, KoreaMaritime Univ, Korea, 2KOGAS R&D Ctr, Ansan, Korea

FV 08 A NEW TRACKING SYSTEM OF JAW MOVEMENTUSING TWO MAGNETSShin Yabukami1, Hiroyasu Kanetaka2, Naoya Tsuji3,Atsushi Itagaki3, Masahiro Yamaguchi1, Ken-Ichi Arai1,1RIEC, Tohoku Univ., Sendai, Japan, 2Graduate School ofDentistry, Tohoku University, 3Ryowa Electronics Co.,Japan

FV 09 EXAMINATION OF HOW TO DETECT TWO CRACKSBY ALTERNATING FLUX LEAKAGE TESTINGYuji Gotoh1, Norio Takahashi2, 1Dept. Elec. Eng, ChugokuPolytechnic College Japan, 2Dpt. E.E., Okayama Univ.Okayama Japan

FV 10 MHD SOLIDIFICATION CALCULATION IN DARCYFLOWKeisuke Fujisaki, Plant Engineering Technology, NipponSteel, Futtsu-city, Chiba, Japan

FV 11 CONSIDERATION FOR THE DESIGN OF THE LINEARPARAMETRIC MOTOR WITH OPEN MAGNETICCIRCUITYasuaki Kimura, Shinki Kikuchi, Tohoku GakuinUniversity, Tagajo, Japan

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FV 12 ELECTROMAGNETIC FIELD AND FORCE ANALYSESOF A NON-CONTACTING CONVEYANCE SYSTEMFOR STEEL MILL APPLICATIONCheng-Tsung Liu1, Sung-Yi Yao2, 1EE Dept. National SunYat-Sen Univ. Taiwan, 2Dept. EE. of NSYSU, Kaohsiung,Taiwan

FV 13 MAGNETIC NONDESTRUCTIVE DETECTION INDETERIORATION IN DISTRIBUTION LINETakashi Nonaka1, Hideyuki Yoshimi1, Fumihiro Sato1,Hidetoshi Matsuki1, Tadakuni Sato2, 1Graduate School ofTohoku University, Sendai,Japan, 2Tokin Corporation,Sendai, Japan

GASYMPOSIUM

The Future of Magnetic Recording Technology

Alan B JohnstonSeagate Technology, Ireland

Thursday2:00 PM Auditorium

2:00 PMGA 01 AREAL DENSITY LIMITS FOR PERPENDICULAR

MAGNETIC RECORDING [invited]R H Victora, K Senanan, J Xue, University of Minnesota,MN

2:30 PMGA 02 STATUS AND PROSPECTS FOR PERPENDICULAR

MAGNETIC RECORDING [invited]M H Kryder, Seagate Research, Pittsburgh, PA

3:00 PMGA 03 CAPABILITY OF HYBRID RECORDING TOWARD

TERA BIT/IN2 AND TERA BPS WRITE SPEED [invited]N Ota1, M Sekine1, H Awano1, J Hohfeld2, T Rasing2, 1R&DDivision, Hitachi Maxell Ltd, Japan, 2Research Institute forMaterials, University of Nijmegen, The Netherlands

3:30 PMGA 04 MAGNETIC TUNNELING MATERIALS AND DEVICES

FOR MAGNETIC RECORDING [invited]S S P Parkin, IBM Almaden Research Center, CA

4:00 PMGA 05 HIGHLY SENSITIVE CPP HEADS USING SPIN-VALVE

FILM WITH NANO-OXIDE LAYERS FOR OVER 100GBIT/IN2 RECORDING [invited]Y Shimizu, Y Seyama, K Nagasaka, H Kishi, H Oshima, RKondo, C Kamata, J Ikeda, H Ashida, T Sugawara, SEguchi, A Tanaka, Advanced Magnetic Recording Lab,Fujitsu Laboratories Ltd., Japan

4:30 PMGA 06 PATTERNED MEDIA RECORDING SYSTEMS - THE

POTENTIAL AND THE PROBLEMS [invited]G F Hughes, CMRR, UCSD, La Jolla, CA

106

GBPatterned Nanowires

J FerreUniversite Paris Sud

Thursday2:00 PM Forum

2:00 PMGB 01 MODULATED MAGNETIC STRUCTURES IN

CHEMICALLY HOMOGENEOUS FILMSWen-Siang Lew1, S.P. Li1, L. Lopez-Diaz1, C.A.F. Vaz1,J.A.C. Bland1, M. Natali2, Y. Chen2, 1CavendishLaboratory, University of Cambridge, UK, 2L2M, Bagneux,France.

2:15 PMGB 02 SWITCHING BEHAVIOUR OF SINGLE NANOWIRES

INSIDE DENSE NICKEL NANOWIRE ARRAYSKornelius Nielsch1, Riccardo Hertel1, Ralf B. Wehrspohn1,Jochen Barthel1, Jürgen Kirschner1, Ulrich Gösele1, SaskiaF. Fischer2, Helmut Kronmüller2, Thomas Schweinböck3,Dieter Weiss3, 1Max Planck Inst. of Microstructure Physics,Halle, Germany, 2Max Planck Inst. of Metal Research,Stuttgart, Germany, 3Inst. of Applied Physics, University ofRegensburg, Germany

2:30 PMGB 03 STRUCTURAL TRANSITION OF

ELECTRODEPOSITED Co NANOWIRES AS AFUNCTION OF THE ELECTROLYTIC BATH ACIDITYArmando Encinas1, Marc Demand1, Luc Piraux1, Jean MarieGeorge2, Jean Luc Maurice2, 1UCL-PCPM Louvain LaNeuve Belgium, 2UMR CNRS/Thales Orsay France

2:45 PMGB 04 TRANSPORT AND MAGNETIC PROPERTIES OF

COBALT NANOWIRES: FROM ARRAY TO SINGLEELEMENTLaurent Vila1, Luc Piraux1, Jean Marie George2, GiancarloFaini3, Adriana Popa4, Ursula Ebels4, Kamel Ounadjela4,1UCL-PCPM Louvain La Neuve Belgium, 2UMRCNRS/Thales Orsay France, 3CNRS/LPN, Bagneux,France, 4IPCMS-Strasbourg France

3:00 PMGB 05 CONTROL OF COERCIVITY AND MEMORY EFFECT

IN MAGNETIC NANOWIRESDan A Allwood, Gang Xiong, Del Atkinson, Michael D.Cooke, Russell P. Cowburn, Department of Physics,Univeristy of Durham, UK

3:15 PMGB 06 EFFECT OF EDGE STRUCTURE ON SWITCHING OF

PATTERNED ELEMENTSStephen McVitie1, J N Chapman1, Margit Herrmann2,1Department of Physics and Astronomy, University ofGlasgow, UK 2Infineon Technologies, Regensburg,Germany

107

3:30 PMGB 07 INFLUENCE OF EDGE ROUGHNESS ON DOMAIN

WALL PROPAGATION IN A MESOSCOPIC WIREDafine Ravelosona, Fenglei Cayssol, Claude Chappert,CNRS, Université Paris Sud, France

3:45 PMGB 08 MAGNETIZATION PROCESS OF A SINGLE CHAIN OF

NANOMAGNETSA O Adeyeye1, M E Welland2, 1ISML, ECE Department,National University of Singapore, 2Nanoscale Science Lab.,Dept. of Engineering, Cambridge, UK

4:00 PMGB 09 MAGNETIZATION REVERSAL IN GRANULAR

NANOWIRESHermann Forster, Thomas Schrefl, Josef Fidler, ViennaUniversity of Technology, Inst. of Applied Physics, Austria

4:15 PMGB 10 DOMAIN WALL DYNAMIC ON NANOMETER SCALE

(A SINGLE PINNING CENTER COERCIVITY)Konstantin S. Novoselov, High Field Magnet Laboratory,Nijmegen, The Netherlands

4:30 PMGB 11 SURFACE ANISOTROPY AND VORTEX STATES IN

FERROMAGNETIC WIRESUlrich K. Rossler, Alexej N. Bogdanov, Karl-HartmutMuller, IFW Dresden, Germany

GCNanocrystalline and Amorphous Materials

Jose Manuel BarandiaránUniversity Pais Vasco

Thursday2:00 PM Room A

2:00 PMGC 01 TRANSITION TO SUPERPARAMAGNETISM IN A Cr-

CONTAINING FINEMET ALLOY [invited]V. Franco1, C.F. Conde1, A. Conde1, L.F. Kiss2, T.Kemény2, I. Vincze2, 1Condensed Matter PhysicsDepartment ICMSE-CSIC. Sevilla Univ., Spain 2ResearchInstitute for Solid State Physics and Optics, Budapest,Hungary

2:30 PMGC 02 RATE-DEPENDENT COERCIVITY AND ACTIVATION

VOLUMES IN NANOCRYSTALLINE FeZrBCuALLOYSVittorio Basso1, Cinzia Beatrice1, Martino LoBue1, PaolaTiberto1, Giorgio Bertotti1, Roland Grossinger2, DjokoTriyono2, 1IEN Galileo Ferraris, Torino, Italy, 2TU Wien,Vienna, Austria

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2:45 PMGC 03 AN IMAGE SYNTHESIS METHOD FOR EDDY

CURRENT TESTING BASED ON EXTRACTION OFDEFECT ORIENTATIONTetsuki Taniguchi1, Kazunori Nakamura2, Sotoshi Yamada2,Masayoshi Iwahara2, 1The University of Electro-Communications, Tokyo, Japan, 2Kanazawa University,Japan

3:00 PMGC 04 NANOCRYSTALLIZATION AND SOFT MAGNETIC

PROPERTIES OF Fe85.4Zr6.8-xNbxB6.8Cu (x=0, 1) ALLOYSJacek Olszewski, Techn. Univ. of Czestochowa, Poland

3:15 PMGC 05 MAGNETICALLY SOFT NANOMATERIALS FOR

HIGH-TEMPERATURE APPLICATIONSTadeusz Kulik, Warsaw University of Technology,Woloska 141 Warsaw, Poland

3:30 PMGC 06 MICROSTRUCTURAL AND MAGNETIC PROPERTIES

OF NICKEL-RICH NANOCRYSTALLINENi64Fe16Zr7B12Cu ALLOYSB. Idzikowski1, J.-M. Greneche2, Cs.S. Daróczi3, Z.E.Horvath3 , 1Institute of Molecular Physics PAS, Poznan,Poland, 2LPEC, Universite du Maine, Le Mans, France,3Research Inst. Techn. Phys. Materials Sci, Budapest,Hungary

3:45 PMGC 07 THERMAL DEPENDENCE OF COERCIVITY IN

GRANULAR CoNiCu GLASS-COATED MICROWIRESJesus F. Gonzalez1, Antonio Mañeru Hernando2, FedericoB. Cebollada3, Juan Jose del Val4, Arcady P. Zhukov5,Julian E. Gonzalez1, 1Dept. Materials Physics, Faculty ofChemistry, 2Instituto de Magnetismo Aplicado - RENFE-UCM, Madrid, Spain, 3Dpto Fís. Apl. a las Telecom.,EUITT - UPM, 4Centro Mixto CSIC- UPV/EHU SanSebastián, Spain, 5Donostia International Physics Centre,San Sebastián, Spain

4:00 PMGC 08 STRUCTURE AND MAGNETIC PROPERTIES OF

AMORPHOUS CoxSi1-x ALLOY FILMSMaria Velez, Secundino M. Valvidares, Javier Diaz, RafaelMorales, Jose M. Alameda, Dpto. Fisica, Univ. Oviedo,Spain

4:15 PMGC 09 STATIC AND DYNAMIC MAGNETIC PROPERTIES OF

NANOCRYSTALLINE FINEMET RIBBONSGabriel Suran, Lab Louis Néel Grenoble, France

4:30 PMGC 10 ANISOTROPIC MAGNETORESISTANCE IN a

Fe90-xMnxZr10 ALLOYS (0≤x≤12)Alagarsamy Perumal, Department of Physics, IndianInstitute of Technology, Kharagpur, India

109

4:45 PMGC 11 THERMAL STABILITY OF MAGNETIC PROPERTIES

OF AMORPHOUS AND NANOCRYSTALLINEFe85.4-xCoxZr5.8NbB6.8Cu (x=0 OR 42.7) ALLOYSJacek Olszewski, Techn. Univ. of Czestochowa, Poland

GDHard Magnetic Materials II

Oliver GutfleischIFW Dresden

Thursday2:00 PM Room B

2:00 PMGD 01 HIGHLY COERCIVE MELT-SPUN Sm(Co, Fe, Cu, Zr)Z

MAGNETS PREPARED BY SIMPLE PROCESSINGA.Yan, K. H. Müller and O. Gutfleisch, Institute of SolidState and Materials Research, Dresden, Germany

2:15 PMGD 02 RELATIONSHIP OF ABNORMAL TEMPERATURE

DEPENDENCE OF COERCIVITY TO COMPOSITIONIN Sm(Co,Fe,Cu,Zr)Z MAGNETSWei Tang, Yong Zhang, George C. Hadjipanayis, Dept. ofPhysics & Astronomy, Univ. of Delaware, Newark, DE

2:30 PMGD 03 Sm(Co,Fe,Cu,Zr)Z MAGNETS FOR HIGH

TEMPERATURE APPLICATIONS:MICROSTRUCTURAL AND MICROMAGNETICANALYSISThorsten Matthias1, Werner Scholz1, Josef Fidler1, ThomasSchrefl1, T. S. Rong2, I. P. Jones2, Rex Harris2, 1ViennaUniversity of Technology, Inst. of Applied Physics, Vienna,Austria, 2University of Birmingham, Institute of Metallurgyand Materials, UK

2:45 PMGD 04 STRUCTURE AND MAGNETIC PROPERTIES OF

Sm(CobalFeXTi0.05)9.6 AND Sm(CObalFeXTi0.05Cu0.1)9.6

MAGNETS (x=0-0.4)Meiqing Huang1, Raja Swaminathan2, Frank Johnson2,Michael e McHenry2, Zafer Turgut1, 1UES Inc. Dayton-Xenia RD, Dayton, OH, 2Dept. MSE, Carnegie MellonUniversity, Pittsburgh, PA

3:00 PMGD 05 MAGNETIC PROPERTIES OF THICK SPUTTER

DEPOSITED SmCo FILMS FOR MEMS-APPLICATIONSThomas Budde, Hans H. Gatzen, Institute forMicrotechnology, Hanover University, Germany

3:15 PMGD 06 HARD MAGNETIC NdFeB AND SmCo FILMS:

INFLUENCE OF THE Cr BUFFER ON THE MAGNETICTEXTUREUllrich Hannemann, IFW Dresden, Germany

110

3:30 PMGD 07 PREPARATION AND PROPERTIES OF [NdFeBx/NbZ]N

MULTI-LAYER FILMSJ. L. Tsai, Academia Sinica, Taipei, Taiwan

3:45 PMGD 08 MÖSSBAUER INVESTIGATION OF Sr-Fe-O

HEXAFERRITES WITH La-Co ADDITIONJean-Marie Le Breton, GPM - UMR CNRS 6634 -Universite de Rouen – France

4:00 PMGD 09 MAGNETIC PROPERTIES OF BULK AMORPHOUS

RE60Fe(30-x)Al10Tx ( x = 0-5, RE = Nd-Pr, T = B, Cu, Zr)Israel Betancourt, Raul Valenzuela, IIM-UNAM, Cto ExtCU, Mexico DF, Mexico

4:15 PMGD 10 OUTLOOK OF CHINA RARE EARTH MAGNET

INDUSTRY IN 21ST CENTURYYang Luo, Yuan Zhou, Beijing, China

GEBiochips, MEMs and Sensors

Paulo P FreitasINESC, Portugal

Thursday2:00 PM Room C & D

2:00 PMGE 01 A BIOCHIP SENSOR BASED ON GIANT AND

TUNNEL MAGNETORESISTANCEJoerg Schotter, Paul-Bertram Kamp, Anke Becker, AlfredPuehler, Dirk Brinkmann, Willi Schepper, Hubert Brueckl,Günter Reiss, University of Bielefeld, Germany

2:15 PMGE 02 NEW BIOCHIP DEVELOPMENT BASED ON THE

DETECTION OF SINGLE SUPERPARAMAGNETICMICROSPHERES USING INTEGRATED SPIN VALVESENSORSHugo Alexandre Ferreira1, Daniel Leonard Graham1, JoséBernardo1, Paulo P. Freitas1, Joaquim M.S. Cabral2,1INESC, Lisbon, Portugal, 2CEBQ, IST, Lisbon, Portugal

2:30 PMGE 03 A THIN FILM TECHNOLOGY EDDY CURRENT

MICROSENSORHans H. Gatzen, Heri Iswahjudi, Ekaterina Andreeva,Institute for Microtechnology, Hanover University,Germany

2:45 PMGE 04 THICK FILM SHIELDED-LOOP COIL FOR HIGH

FREQUENCY NEAR FIELD MEASUREMENTSBu Jin Ching1, Masahiro Yamaguchi2, Ken-Ichi Arai2,Naoya Tamaki3, Norio Masuda3, Toshihide Kuriyama3,1RIEC, Tohoku Univ., Sendai, 2RIEC, Tohoku Univ.,Sendai, Japan, 3EMC Engineering Center, NEC Co, Japan

111

3:00 PMGE 05 MEMS MICROBRIDGE DEFLECTION MONITORING

USING INTEGRATED SPIN VALVE SENSORS ANDMICROMAGNETSHaohua Li1, J Gaspar1, V Chu1, Paulo P Freitas1, J Ponde2,1INESC Lisbon Portugal, 2IST, Lisbon, Portugal

3:15 PMGE 06 SIMULTANEOUS DETECTION OF BLOOD VESSEL

PULSATION WAVES AT TEMPLE AND FINGER TIPUSING CoSiB AMORPHOUS WIRE CMOS IC SiSENSORT. Dezaki1, K. Muramatsu1, L. P. Shen1, C M Cai2, K.Mohri1, M. Mori3, 1Nagoya University, 2Graduate School ofElectrical Eng. Nagoya University, 3Japan Science andTechnology Corp., Tokyo, Japan

3:30 PMGE 07 OPERATION OF THE MAGNETIC MICRO-MACHINE

WITH THE HYPERTHERMIA MECHANISM AND ITSEXOTHERMIC CHARACTERISTICFumihiro Sato1, Masayuki Jojo1, Hidetoshi Matsuki1,Tadakuni Sato2, Masahiko Sendoh3, Kazushi Ishiyama3,Ken-ichi Arai3, 1Graduate School of Tohoku University,Sendai, Japan, 2Tokin Corporation, Sendai, Japan, 3RIEC,Tohoku University, Sendai,Japan

3:45 PMGE 08 TWO AXIS MAGNETIC CAMERA BASED ON AMR

SENSORSBaroini Ahamada1, Francisco Alves1, Richard Barrué1,Gwenaëlle Julié2, Benoit Bélier2, Anne-Lise Coutrot 2,Emile Martincic2, Elisabeth Dufour-Gergam2, 1LESiR-ENSC, 2IEF, Université Paris XI, France

4:00 PMGE 09 CODED LABELS WITH AMORPHOUS

MAGNETOELASTIC RESONATORSMichael Arndt, Lothar Kiesewetter, BTU-Cottbus, Dept. ofMicrosystems Eng., Cottbus, Germany

4:15 PMGE 10 SYMMETRIC RESPONSE OBTAINED WITH AN

ORTHOGONAL FLUXGATE OPERATING INFUNDAMENTAL MODESasada Ichiro, ASEM Dept, Kyushu University, Fukuoka,Japan

4:30 PMGE 11 EXPERIMENTAL DETERMINATION OF OPTIMUM

COIL PITCH FOR A PLANAR MESH TYPE MICRO-MAGNETIC SENSOR FOR THE EVALUATION OFNEAR-SURFACE MATERIAL PROPERTIESSubhas Chandra Mukhopadhyay, S Nunome, SotoshiYamada, Masayoshi Iwahara, Kanazawa University, Japan

4:45 PMGE 12 CHARACTERISTICS OF LOW FREQUENCY

PARAMATRIC MAGNETIC SENSORKoichi Karasawa, Nagano National College of Technology,Nagano, Japan

112

GPSignal Processing for Perpendicular Recording

Adam TorabiMaxtor

Thursday1:15 PMGP 01 GENERAL TRANSFORM FILTERS IN

PERPENDICULAR RECORDING ARCHITECTURESMehmet Fatih Erden, Inci Ozgunes, Erozan Kurtas, SeagateTechnology, Pittsburgh, PA

GP 02 HILBERT FILTER FOR DOUBLE-LAYERPERPENDICULAR RECORDING MEDIAHiroaki Muraoka1, Martin Hassner2, Yoshiaki Sonobe2,Hideaki Nemoto1, Satoshi Yamamoto2, David Berman2,Augusto Rossi3, Yoshihisa Nakamura1, 1RIEC, TohokuUniv., Sendai, Japan, 2IBM Almaden, San Jose, CA, 3STMicroelectronics, San Jose, CA

GP 03 GENERALIZED PARTIAL RESPONSE TARGETS FORPERPENDICULAR RECORDINGPiya Kovintavewat1, Inci Ozgunes2, Erozan Kurtas2, JohnBarry1, Steven McLaughlin1, 1Georgia Institute ofTechnology, Atlanta, GA, 2Seagate Technology Pittsburgh,PA

GP 04 ADVANCED DUAL DECISION FEEDBACKEQUALIZER FOR PERPENDICULAR MAGNETICRECORDING CHANNELChoongchae Woo1, Hangyu Cho2, Daesik Hong2,1Information and Telecommunication Lab., 2Dept. Electrical& Electronic Engineering, Yonsei Univ., Seoul, Korea

GP 05 REGULAR LATTICE LDPC CODES INPERPENDICULAR MAGNETIC RECORDINGAlexander V Kuznetsov1, Erozan Kurtas1, Bane Vasic2,1Seagate Technology, Pittsburgh, PA, 2Arizona University,Tucson, AZ

GP 06 PERFORMANCE COMPARISON OF DETECTORS FORPERPENDICULAR RECORDING SYSTEMSeonghwan Kim, Jun Lee, Jaejin Lee, Dept. of ElectronicEngineering, Dongguk University, Korea

GP 07 JITTER-LIKE NOISE CANCELLATION USING ARMODEL OF PR CHANNEL IN PERPENDICULARMAGNETIC RECORDINGYoshihiro Okamoto1, Noriyuki Masunari1, Hisashi Osawa1,Hidetoshi Saito1, Hiroaki Muraoka2, Yoshihisa Nakamura2,Hirofumi Yamamoto1, 1Dept. of E.&E., Faculty of Eng.,Ehime Univ., 2RIEC, Tohoku University, Sendai, Japan

GP 08 ON THE CAPACITY OF DATA DEPENDENT NOISECHANNELSShaohua Yang, Aleksandar Kavcic, Division of Engineeringand Applied Science, Harvard Univ., CT

113

GQMagneto-optic Recording

Takao SuzukiToyota Technological Institute

Thursday1:15 PMGQ 01 FIELD MODULATION MICRO COILS FOR

MAGNETO-OPTICAL RECORDINGEishu Sugawara1, Naoki Wako1, Masahiro Satoh1, HideoSuzuki1, Kiwamu Shirakawa2, Tuyoshi Masumoto2, 1Tokin,Sendai, Japan, 2RIEMM, Taihaku-ku, Sendai, Japan

GQ 02 THERMAL STABILITY DEPENDENCE ON TbCONTENT IN TbFeCo THIN FILMMitsunori Mochida, Takao Suzuki, Toyota TechnologicalInstitute, Nagoya, Japan

GQ 03 EXPERIMENTAL INVESTIGATION OF DOMAINEXPANSION SPEEDS IN MAMMOSPhilipp Herget1, Hans W van Kesteren2, Coen AVerschuren2, 1Data Storage Systems Center, CarnegieMellon University, Pittsburgh, PA, 2Philips Research Labs,Eindhoven, The Netherlands

GRMicromagnetics

Jacques MiltatUniversité Paris Sud

Thursday1:15 PMGR 01 EFFECTIVE SINGLE-DOMAIN DIAMETER OF A FINE

NON ELLIPSOIDAL PARTICLENickolai A. Usov1, Lubak G. Kurkina1, John W. Tucker2,1Troitsk Institute for Innovation and Fusion Research,Russia, 2Dept. of Physics, University of Sheffield, U.K.

GR 02 ANALYSIS OF SWITCHING IN UNIFORMLYMAGNETIZED BODIESMichael J. Donahue, Donald G. Porter, NIST, Gaithersburg,MD

GR 03 USE OF 2D LOGARITHMIC MESHES FOR A SPIN-VALVE SENSORPing He, Department of Computer Science, University ofManchester, UK

GR 04 CROSS-TIE WALLS IN 25-45 nm-THICK PERMALLOYFILMSMakhlouf Redjdal1, Attila Kakay2, Mike F Ruane1, Floyd B.Humphrey1, 1Boston University, ECE Dept., Boston, MA,2Res. Inst. for Solid State Physics, Budapest, Hungary

GR 05 NUMERICAL SIMULATIONS OFREMAGNETIZATION PROCESSES IN EXTENDEDTHIN FILMS AND PERIODIC NANODOT ARRAYSDmitri Vladimirovich Berkov, Natalia Lvovna Gorn,INNOVENT e.V., Jena, Germany

114

GR 06 STEP-LIKE ENERGY BARRIER VARIATIONS OFHIGH KU MATERIALK. J. Lee1, T. D. Lee2, N. Y. Park1, 1Storage Lab., SAIT,Suwon, Korea, 2Dept. of Mater. Sci. and Eng., KAIST,Taejon, Korea

GR 07 MULTIDIMENSTIONAL SELF-ORGANISATIONSTRUCTURES IN SUPERSONIC DYNAMICS OFDOMAIN WALL IN ORTHOFERRITESAlexander Pavlovich Kuz'menko, Khabarovsk StateUniversity of Technology, Khabarovsk, Russia

GR 08 EFFECT OF THERMAL ACTIVATION ON THEANGULAR DEPENDENCE OF MICROMAGNETICSWITCHING IN NANOSQUARESLuis Torres, Luis Lopez-Diaz, Eduardo Martinez, Univ. deSalamanca, Spain

GR 09 COMPUTER SIMULATION OF MAGNETIZATIONSWITCHING OF MAGNETIC PARTICLES WITHVARIOUS SHAPESHiraku Endo1, Yasutaro Uesaka1, Yoshinobu Nakatani2,Nobuo Hayashi2, Hiroshi Fukushima3, 1College ofEngineering, Nihon University, Japan, 2University ofElectro-Communications, Chofu, Tokyo, Japan, 33-73,Honda, Midori, Chiba, Japan

GR 10 SELF-ORGANISED MAGNETISATION IN ARRAYS OFBISTABLE NANOWIRESJulian Velazquez1, Manuel Vazquez2, 1CAI DifraccionRayos X - Fac. CC. Quimicas - UCM, Madrid, 2ICMM,CSIC, Madrid, Spain

GR 11 SINGLE MOLECULE DETECTION WITH MAGNETICBEADS-COMPUTER SIMULATIONWilli Schepper, Dirk Brinkmann, Joerg Schotter, HubertBrueckl, Günter Reiss, University of Bielefeld, Germany

GSInterface Effects in Thin Films

Stéphane ManginUniversité Henri Poincare Nancy-1

Thursday1:15 PMGS 01 STUDY OF THE CRYSTALLOGRAPHIC TEXTURE

AND INTERFACE ROUGHNESS ON CoCrPt/TiMAGNETIC THIN FILM USING X-RAY SCATTERINGAND X-RAY REFLECTIVITYChengjun Sun1, Gan-Moog Chow1, J.P. Wang2, Eng WeiSoo2, J H Je3, 1Dept. of Materials Science, NationalUniversity of Singapore, 2Data Storage Institute, Singapore,3Pohang Univ. of Science and Technology, S. Korea

GS 02 TEM ANALYSIS OF LATTICE STRAIN IN EPITAXIALCo/Pd MULTILAYERSAkihiro Maesaka, Hiroyuki Ohmori, Sony Corporation,Hodogaya-ku Yokohama, Japan

115

GS 03 MAGNETOCRYSTALLINE ANISOTROPYENHANCEMENT VIA EPITAXIAL GROWTH OFNi/Co/Cu THIN FILMS ON MgO (001) AND (111)SUBSTRATESVladimir Alexandru Stoica1, Rosa Alejandra Lukaszew2,Codrin Cionca1, Roy Clarke1, 1U. of Michigan, Ann Arbor,MI, 2Physics and Astronomy-University of Toledo, OH

GS 04 MAGNETIC PROPERTIES AND MICROSTRUCTUREOF Co/C MULTILAYER FILMSYan Zhao, J.P. Wang, T.C. Chong, T.J. Zhou, Data StorageInstitute, Singapore

GS 05 CORRELATION OF MAGNETORESISTANCE WITHDEPOSITION PARAMETERS AND ANNEALINGCONDITIONS IN CoFe/Cu MULTILAYERSYong Qing Ma1, Alfred Cerezo1, Alexander Georgalakis1,Amanda K Petford-Long1, David J Larson2, Steve PBozeman2, Heather Brown2, Peter H Clifton3, 1Dept ofMaterials, U. of Oxford, UK, 2Seagate Technology,Minneapolis, MN, 3Seagate Technology Ireland,Londonderry, N. Ireland

GS 06 MODIFICATION OF INTERLAYER COUPLING BYINSERTING THIN Al LAYER IN Fe/Si MULTILAYERSS. F. Lee1, Wei-Chuan Chen2, Chih-Huang Lai2, S.F. Lee1,Y.D. Yao1, 1Institute of Physics, Academia Sinica,NanKang, Taiwan, 2National Tsing Hua University,Hsinchu, Taiwan

GS 07 PROPERTIES OF CoFe NOLS PREPARED BY ATOMICAND NATURAL OXIDATIONPeter H Clifton, Denis O'Donnell, Thomas K McLaughlin,Seagate Technology Ireland, Londonderry, UK

GS 08 LOW FIELD MAGNETIZATION IN CoFe-Al2O3

MULTILAYERSJoao A. M. Santos1, Yuri G. Pogorelov2, Joao Bessa Sousa1,Paulo P Freitas3, Susana Cardoso3, Natalia A. Lesnik4,Philip E. Wigen5, 1IFIMUP, Department of Physics,University of Porto, Portugal, 2CFP, Department of Physics,University of Porto, 3INESC Lisbon Portugal, 4Institute ofMagnetism, Kiev, Ukraine, 5Department of Physics, TheOhio State University, OH

GS 09 MAGNETIC AND TRANSPORT PROPERTIES OFSPUTTERED NiFe/SiO2/NiFe TRILAYERSJacek Gieraltowski, C. Tannous, LMB-UMR 6135 CNRS,Brest, France

GS 10 MAGNETIZATION PROCESS IN SmFe-NiFeEXCHANGE SPRING FILMSDmitry Chumakov1, Rudolf Schaefer1, Ludwig Schultz1,Shi-shen Yan2, J. A. Barnard3, 1IFW-Dresden, Germany,2Florida State Univ., Tallahassee, FL, 3University ofPittsburgh, PA

116

GS 11 MAGNETIC COUPLING IN Fe60Sm40/Fe95Ta5Nx

MULTILAYERSAlejandro Butera1, James Weston2, J. A. Barnard3, 1CentroAtómico Bariloche - Bariloche - Argentina, 2University ofAlabama, MINT Center, Tuscaloosa, AL, 3University ofPittsburgh, PA

GS 12 MAGNETIZATION REVERSAL PROCESSES ANDINTERLAYER EXCHANGE COUPLING IN GdxCo1-x

BILAYERSRafael Morales, Jose I. Martin, Luis M. Alvarez-Prado, JoseM Alameda, Universidad de Oviedo, Spain

GTNanoparticles and Self-Assembly II

Michael FarleTU Braunschweig

Thursday1:15 PMGT 01 MAGNETIC NANOPARTICLES PREPARED BY

LASER-INDUCED PYROLYSISPuerto Morales Herrero, ICMM, CSIC, Madrid, Spain

GT 02 PULSED LASER ABLATION DEPOSITION OFNANOPARTICULATE Fe FILMS: MORPHOLOGY ANDMAGNETIC PROPERTIESAntonio Hernando-Maneru1, Federico Cebollada1, AntonioHernando2, Francisco Javier Palomares1, Carmen Ocal2,Jesus Maria Gonzalez1, 1ICMM-CSIC, Madrid, 2IMA-RENFE Spain

GT 03 FABRICATION OF METAL-OXIDE FERROMAGNETICGRANULAR FILMS BY METAL-OXIDE Co-ELECTRODEPOSITIONN. Fujita1, Y. Mori1, R. Yagi1, M. Izaki2, M Inoue3, 1OsakaPrefectural College of Technology, Neyagawa, Japan,2Osaka Municipal Technical Research Institute, Osaka,Japan, 3EEE, Toyohasi University of Technology, Japan

GT 04 THE MAGNETIC PROPERTIES OF MAGNETICNANOPARTICLES PRODUCED BY MICROWAVEFLASH SYNTHESIS OF FERROUS ALCOHOLICSOLUTIONSJ Ñ Niepce1, D Stuerga1, T Caillot1, J P Clerk2, Nikolai SPerov3, Alexander Granovsky4, M Inoue5, G Pourroy6, ARadkovskaya4, 1CNRS-Université de Bourgogne, DijonFrance, 2IUSTI,University of Provence, Marseille, France,3Toyohashi University of Technology, Toyohashi, Japan,4Moscow State University, 5EEE, Toyohasi University ofTechnology, Japan, 6IPCM Strasbourg, France

GT 05 YTTRIUM IRON GARNET HETEROCOAGULATED BYSILICARicardo Henrique Moreton Godoi1, Rodrigo Fernando CostaMarques2, Laudemir Carlos Varanda2, Miguel Jafelicci Jr2,1University of Antwerp - Department of Chemistry,Belgium, 2Instituto de Química de Araraquara – UNESP,Araraquara, São Paulo, Brazil

117

GT 06 CRYSTALLOGRAPHIC AND MAGNETICPROPERTIES IN CoAl0.2Fe1.8O4 THIN FILMSPREPARED BY A SOL-GEL METHODSam Jin Kim1, Kwang-Ho Jeong2, Chul Sung Kim1, 1Dept.of Physics, Kookmin University, Seoul, Korea, 2Dept. ofPhysics, Yonsei University, Seoul, Korea

GT 07 STRUCTURE AND MAGNETIZATION BEHAVIOR OFNANOPARTICLES Co50C50

Kyeongsup Kim1, Seongcho Yu1, Dongseok Yang2, JangrohRhee3, 1Dept. of Physics, Chungbuk Univ. Cheongju,Korea, 2Div. of Sci. Education, Chungbuk Univ. Cheongju,Korea, 3Dept. of Physics, Sookmyung W. Univ. Seoul,Korea

GT 08 INFLUENCE OF PARTICLE SIZE DISTRIBUTION INCERMET NANOCOMPOSITES ONMAGNETORESISTANCE SENSITIVITYCharles J. O’Connor1, Vladimir O. Golub1, Andriy Ya.Vovk1, Anatoliy F. Kravets2, Anatoliy M. Pogoriliy2,1AMRI-University of New Orleans, LA, 2Institute ofMagnetism NAS of Ukraine, Kiev, Ukraine

GT 09 SURFACE MAGNETISM OF PdFe FINE PARTICLESTakenao Shinohara1, Masayuki Shigemune2, Tetsuya Sato2,Tomoyasu Taniyama3, 1Keio Univ., Kohokuku, Yokohama,2Keio University, Hiyoshi, Yokohama, Japan, 3TokyoInstitute of Technology, Yokohama, Japan

GT 10 APPROACH TO SATURATION IN NANOMAGNETICSYSTEMSRoberto Iglesias, Honorino Rubio, Departamento de Física,Universidad de Oviedo, Spain

GT 11 GROUND STATE FOR LATTICES OF NONSPHERICALFERROMAGNETIC GRANULES WITH DIPOLE-DIPOLE MAGNETIC INTERACTIONEvgenii Meilikhov, Rimma Farzetdinova, KurchatovInstitute, Moscow, Russia

GT 12 DENSITY OF ENERGY BARRIERS IN FINEMAGNETIC PARTICLE SYSTEMSDmitri Vladimirovich Berkov, INNOVENT e.V., Jena,Germany

GT 13 MONTE CARLO STUDY OF THE MAGNETICBEHAVIOR OF SELF-ASSEMBLED NANOPARTICLESDimitris Kechrakos, Kalliopi Trohidou, IMS, NCSRDemokritos, Athens, Greece

GT 14 UNUSUALLY HIGH COERCIVITY AT ROOMTEMPERATURE IN CoFe2O4 NANOPARTICLESC. N. Chinnasamy, Balachandran Jeyadevan, Oscar JuanPerales-Perez, Tohji Kazuyuki, Kogo Shinoda, AtsuoKasuya, Tohoku University, Sendai, Japan

118

GUElectrical Machines II

Geraint JewellUniversity of Sheffield

Thursday1:15 PMGU 01 RELIABILITY AND EXPERIMENTAL EVALUATION

OF A NEW NEURO-FUZZY TORQUE RIPPLECOMPENSATOR FOR SWITCHED RELUCTANCEMOTORSLuis Oscar Henriques1, Paulo Costa Branco2, LuisGuilherme Rolim1, Walter I. Suemitsu1, 1COPPE/FederalUniversity of Rio de Janeiro, Brazil, 2Laboratório deMecatrónica, Instituto Superior Técnico, Brazil

GU 02 FEM CALCULATION OF ROTOR LOSSES IN AMEDIUM SPEED DIRECT TORQUE CONTROLLEDPM SYNCHRONOUS MOTOR AT DIFFERENT LOADCONDITIONSJanne Nerg, Markku Niemelä, Juha Pyrhönen, JarmoPartanen, LUT, Dept. El. Eng, Lappeenranta, Finland

GU 03 FUNDAMENTAL INVESTIGATION OF AN X-Y LSMShigeri Inui, Masanori Naduka, Yoichi Ohira, NihonUniversity, Fukushima, Japan

GU 04 DESIGN AND ANALYSIS OF A NEW MULTIPHASEPOLYGONAL-WINDING PERMANENT-MAGNETBRUSHLESS DC MACHINEYong Wang, K.T. Chau, C.C. Chan, J.Z. Jiang, Universityof Hong Kong, Hong Kong

GU 05 MATHEMATICAL MODELS OF SWITCHEDRELUCTANCE MACHINE SYSTEMHao Chen, Yifeng Zhu, Dong Zhang, Dept. of Automation,China University of Mining & Technology, Xuzhou, China

GU 06 DESIGN CRITERIA FOR DETENT FORCEREDUCTION OF PERMANENT MAGNET LINEARSYNCHRONOUS MOTOR WITH HALBACH ARRAYSeok Myeong Jang1, Sung Ho Lee1, In Ki Yoon1, Jung HoLee2, 1Dept. of Electrical Engineering Chungnam Nat'lUniversity, Korea, 2Dept. of Energy System Engineering,Chungbuk Provincial Univ, Cheongju, Korea

GU 07 COMPARISON OF TWO TYPES OF PM LINEARSYNCHRONOUS SERVO AND MINIATURE MOTORWITH AIR-CORED FILM COILSeok Myeong Jang, Sung Ho Lee, Dept. of ElectricalEngineering, Chungnam Nat'l University, Korea

GU 08 TAILORING FORCE-STROKE CHARACTERISTICS INMEDIUM-STROKE LINEAR RELUCTANCEACTUATORSRichard Edward Clark, Geraint Jewell, Paul Stewart, DavidHowe, Department of Electronic and Electrical Engineering,University of Sheffield, UK

119

GU 09 MATHEMATICAL MODELING AND FIELD-ORIENTED CONTROL OF A DISC-TYPE SURFACE-MOUNTED PERMANENT MAGNET MOTORCheng-Tsung Liu, Kun-Chin Chuang, EE Dept. NationalSun Yat-Sen Univ. Taiwan

GU 10 AN IMPROVED SENSORLESS DRIVING METHOD OFSWITCHED RELUCTANCE MOTORS: SPEEDCONTROL CASEHai-Jiao Guo, Wen-Bin Lee, Tadaaki Watanabe, OsamuIchinokura, Tohoku University, Sendai, Japan

GU 11 REDUCTION OF ARMATURE REACTION ANDINDUCTANCE IN THE MOVING COIL LINEARACTUATOR FOR A HIGH PERFORMANCE DRIVESeok Myeong Jang, Seok Myeong Jang, Sang Sub Jeong,Dept. of Electrical Engineering Chungnam Nat'l University,Korea

GU 12 SIMPLE END EFFECT COMPENSATOR FOR LINEARINDUCTION MOTORNobuo Fujii, Takeshi Kayasuga, Toshiyuki Hoshi, KyushuUniversity, Japan

GU 13 X-Y LINEAR SYNCHRONOUS MOTOR WITHOUTFORCE RIPPLE AND CORE LOSS FOR PRECISIONTWO-DIMENSIONAL DRIVENobuo Fujii, Kinjiro Okinaga, Kyushu University, Japan

GU 14 OPTIMIZATION OF Φ1MM PERMANENT MAGNETAXIAL-FIELD MICROMOTORMingsheng Zhang, Bingchu Cai, Chunsheng Yang,Information Storage Research Center, Shanghai Jiao TongUniv., China

GU 15 DESIGN SOLUTIONS TO MINIMIZE IRON CORELOSS IN SYNCHRONOUS RELUCTANCE MOTORSUSING PREISACH MODEL & FEMJung Ho Lee1, Dong Seok Hyun1, Seok Myeong Jang2,1Dept. of Energy System Engineering, Chungbuk ProvincialUniv, 2Dept. of Electrical Engineering, Chungnam Nat.Univ., Korea

GU 16 THREE DIMENSIONNAL ANALYTICALCOMPUTATION OF MAGNETIC FIELD IN SINGLEPHASE AXIAL FLUX PERMANENT MAGNETSYNCHRONOUS MACHINEGeorges Barakat, GREAH, Univ. Le Havre, France

GVMagnetisation Dynamics in Thin Films and Elements

Jurgen FassbenderUniversity of Kaiserslautern

Thursday1:15 PMGV 01 SWITCHING DYNAMICS IN SUB-MICROMETER

SPIN-VALVESShehzaad Kaka, Stephen E. Russek, NIST/CU Boulder, CO

120

GV 02 FE-SIMULATION OF FAST SWITCHING BEHAVIOROF GRANULAR NANOELEMENTSJosef Fidler, Thomas Schrefl, Vassilios Tsiantos, HermannForster, Dieter Suess, Werner Scholz, Rok Dittrich, ViennaUniversity of Technology, Inst. of Applied Physics, Austria

GV 03 SWITCHING SIMULATIONS IN PERPENDICULARMEDIA: SPIN WAVE INSTABILITIESPieter B Visscher, Dmytro M Apalkov, Xuebing Feng,MINT Center and Physics Dept., U of Alabama,Tuscaloosa, AL

GV 04 NANOSECOND PULSED FIELD MAGNETIZATIONREVERSAL IN THIN-FILM PERMALLOY STUDIEDBY KERR EFFECT MAGNETOMETRYDel Atkinson, Dan A Allwood, Michael D. Cooke, RussellP. Cowburn, Dept. of Physics, Univeristy of Durham, UK

GV 05 MAGNETIC PERIODIC STRUCTURES-MAGNETO-PHOTONIC AND MAGNONIC CRYSTALSSergei A. Nikitov1, Philippe Tailhades2, 1Institute ofRadioengineering & Electronics, RAS, 2CIRIMAT-UMRCNRS 5085, Toulouse, France

GV 06 DYNAMICS OVER 4 GHz OF SPRING-MAGNET TYPENiFe/CoFe BILAYERS WITH HIGH PERMEABILITYHenri Le Gall1, Jamal Ben Youssef1, Nicolas Vukadinovic2,Jean Ostorero3, 1LMB/CNRS/UBO Brest France, 2Dassault-Aviation, Saint Cloud France, 3LCMTR/CNRS, Thiais,France

GV 07 BLOCH POINT MEDIATED VORTEX SWITCHINGAndré Thiaville, Lab. Physique Solides, CNRS-U. Paris-sud, Orsay, France

GV 08 DYNAMICS OF ANTIFERROMAGNETIC VORTICESMikhail Vasil'evich Chetkin, Moscow State Univercity,Russia

GV 09 ULTRAFAST OPTICAL DESTRUCTION OFANTIFERROMAGNETIC ORDER IN FeBO3

Alexey Voldemarovich Kimel1, Roman V Pisarev1, JuliusHohlfeld2, Theo Rasing2, 1Ioffe Physical Technical Institute,2University of Nijmegen, The Netherlands

GV 10 FERROMAGNETIC RESONANCE AND RELAXATIONIN LPE-GROWN BISMUTH SUBSTITUTEDEUROPIUM IRON GARNET FILMSLakshmi Narayan Singh, B.A.Technological University,Lonere, India

GV 11 FMR STUDIES OF DIFFUSION ON FERRO-MAGNETICALLY COUPLED Co/Zr SYSTEMSShiva Prasad1, Antony Ajan2, R. Krishnan3, 1IIT Bombay,India, 2Fujitsu Laboratories Ltd., Japan, 3LMOV-CNRS,France

GV 12 FINITE SIZE EFFECTS IN ARRAYS OF PERMALLOYSQUARESSalim Mourad Cherif, LPMTM (CNRS UPR 9001),Université Paris-Nord, France

121

GV 13 DYNAMIC PROPERTIES OF SUBMICRON CIRCULARPERMALLOY DOTSGianluca Gubbiotti1, Giovanni Carlotti2, Fabrizio Nizzoli3,Roberto Zivieri3, Takuya Okuno4, Teruya Shinjo4, 1INFM,Unità di Perugia, 2Dipartimento di Fisica, Perugia, Italy,3Dipartiemto di Fisica, INFM, Ferrara, Italy, 4Institute forChemical Research, Kyoto University, Japan

GWSemiconductors for Spin Electronics

Bernd BeschotenRWTH Aachen

Thursday1:15 PMGW 01 SPIN-POLARIZED ELECTRON INJECTION FROM

FERROMAGNET INTO SEMICONDUCTORHiroshi Ohno1, Kanji Yoh2, Yoshito Katano2, KazuhisaSueoka1, Koichi Mukasa1, 1Graduate School of Eng.Hokkaido Univetsity, Sapporo, Japan, 2RCIQE, HokkaidoUniversity, Sapporo, Japan

GW 02 A CHANGE IN RESISTANCE OF CuFe WIRESINDUCED BY SPIN INJECTIONTomoyasu Taniyama, Naoto Fujiwara, Yoshitaka Kitamoto,Yohtaro Yamazaki, Tokyo Institute of Technology,Yokohama, Japan

GW 03 THERMODYNAMIC PROPERTIES OF SAMARIUMHEXABORIDEClaudio Andrade Macedo, Andre Mauricio Conceicao deSouza, Universidade Federal de Sergipe, Brazil

GW 04 MAGNETIC INTERACTION IN TWO-DIMENSIONALAlMnAs/GaAs MAGNETIC SEMICONDUCTORHETEROSTRUCTURESZhiyu Liu, IMEC, Leuven, B-3001 Belgium, Belgium

GW 05 LIGHT INDUCED EFFECTS IN SEMICONDUCTINGFERROMAGNETICSVladimir Petrovich Sohatsky, Valery Fadeevich Kovalenko,T.Shevchenko Kiev University, Ukraine

GW 06 ROOM TEMPERATURE MAGNETISM IN SPUTTEREDCoxZn1-xO FILMSShao Guang Yang, A. B. Pakhomov, S. T. Hung, B. Ma, C.Y. Wong, Magnetic Innovation Center (MAGIC), HongKong University of Science and Technology, Kowloon,Hong Kong

GW 07 CHARACTERISTICS OF COBALT-DOPED ZINCOXIDE THIN FILMS PREPARED BY PULSED LASERDEPOSITIONJae Hyun Kim1, Jae Bong Lee2, Hyojin Kim2, Dojin Kim2,Young Eon Ihm2, Woong Kil Choo1, 1Dept. Mater. Sci. &Eng., KAIST, Korea, 2Dept. Mater. Eng.& ReCAMM,Chungnam Nat'l Univ., Korea

122

GW 08 THREE ROUTES TO INCREASE THE OUTPUTCURRENT OF THE SPIN-VALVE TRANSISTOROlaf M.J. van 't Erve, R. Jansen, F M Postma, J C Lodder,SMI, MESA Research Institute, University of Twente,Enschede, The Netherlands

GW 09 RESONANCES IN HYBRID MAGNETIC/SEMICONDUCTOR ELECTRON WAVEGUIDESMhairi A Crawford1, Andrew R Long1, Peter J Wright2,John N Chapman1, Mahfuzur Rahman1, 1Dept of Physics &Astronomy, University of Glasgow, Glasgow, 2Quinetiq,Malvern, UK

123

AUTHOR INDEX

* = Invited PaperAAbarra, E............................AB 04Abarra, E.............................FP 01Abd-El-Hafiz, S. ................ AS 09Abd-El-Hafiz, S. ................AT 08Abdelnour, G. ....................BR 05Abe, M. .............................BW 11Abe, M. ..............................CE 04Abe, M. ..............................FD 12Abelmann, L. .....................BD 03Abelmann, L. .....................BD 04Abelmann, L. ..................... BT 01Abramovich, A. ................. FR 10Acharya, B. ........................AB 04Acharya, B. .........................FP 01Acremann, Y......................BD 01Adeyeye, A. .......................BC 12Adeyeye, A. .......................GB 08Adly, A............................... AS 09Adly, A...............................AT 08Adly, A...............................EV 07Aeppli, G............................ EE 03Afef, K-L. ...........................FS 01Ahamada, B. ......................GE 08Ahmed, M. .........................EC 12Ahn, G................................ FR 03Ahn, J-Y.............................DS 02Ahn, S. ...............................CD 08

*Ahner, J. ............................ TT 02Aikawa, H. .........................ED 05Aitchison, P........................BC 04Ajan, A.............................. GV 11Akagi, F. ............................AB 02Akagi, F. ............................CB 04Akioka, K...........................BE 06Akiyama, J. ........................ED 05Akyel, C. ............................AT 09Alameda, J. ........................EU 12Alameda, J. ........................GC 08Alameda, J. ........................GS 12Albertini, F.........................AE 08Albertini, J. ........................ AP 13Albrecht, M........................AB 09Alejos, O. ...........................BU 13Algarabel, P. ......................AE 08Al-Jibouri, A. ..................... BP 04Al-Jibouri, A. ....................EW 06Allwood, D. .......................EU 06Allwood, D. .......................GB 05Allwood, D. ...................... GV 04Alvarez-Prado, L. ..............GS 12Alves, F. .............................FD 02Alves, F. .............................GE 08Amano, M. .........................BB 06Ambler, D. .........................CD 07Amir, N. ..............................FS 01An, K.................................. FR 11Anca Mihaela, S. ...............BU 09Anders, S............................AB 09Anders, S.............................FP 14

Ando, T. .............................BV 12Ando, T. .............................BV 12Andreeva, E. ......................GE 03Andrei, P. ...........................BD 10Ansermet, J-P.....................AV 03Ansermet, J-P.....................DE 08Ansermet, J-P....................EW 13Antoshina, L. ..................... AS 10Apalkov, D........................ GV 03Arai, A. .............................. BE 06Arai, K-I.............................BD 12Arai, K-I............................ DQ 01Arai, K-I............................ DQ 13Arai, K-I............................ DQ 14Arai, K-I............................ DQ 15Arai, K-I............................ DQ 17Arai, K-I............................. FD 03Arai, K-I............................. FD 08Arai, K-I............................. FU 10Arai, K-I............................. FU 11Arai, K-I............................. FV 08Arai, K-I.............................GE 04Arai, K-I.............................GE 07Ardeleanu, P-C. ................. AP 05Ariake, J. ............................BQ 03Ariake, J. .............................EP 03Ariake, J. ............................ FQ 04Arndt, M. ...........................GE 09

*Arribas, A. ........................DC 04Asahi, T.............................. FV 01Asakawa, K........................AB 10Asano, H. ........................... EE 07

*Ashida, H. ......................... GA 05Aso, K. ............................... FR 05Atkinson, D........................EU 06Atkinson, D........................GB 05Atkinson, D....................... GV 04

*Attané, J. ............................ED 03*Auffret, S. ......................... DA 02

Augustyniak, B. .................AU 12Augustyniak, B. .................BV 11Awai, I. .............................BW 14

*Awano, H.......................... GA 03Aziz, D. ...............................ES 02Aziz, M. ............................. AP 04Aziz, M. ..............................FP 11

BBabic, S..............................AT 09Back, C. .............................BD 01Badescu, V......................... FU 07

*Badran, G. .........................BA 02Bae, J.................................. ER 02Bae, S. ............................... DQ 08Bae, S. ................................AC 09Bae, S. ................................AV 08Bae, S. ................................ BP 10Bae, S. ................................DR 14Bae, S-Y............................. ER 06Baer, L. ..............................AV 06

124

Baerner, K. .........................FR 06Bai, D. ................................FB 04Bain, J................................ AQ 16Bain, J.................................BT 03Bain, J................................ BU 16

*Bain, J.................................EA 04Bain, J................................EW 07Bain, J.................................FB 07Bain, J.................................FQ 12Baker, B. ............................BS 08Bakuzis, A..........................CE 07Balachandran, J. .................FC 03Balinskiy, M..................... BW 22

*Ballentine, G. .................... AA 01*Bar, L. ............................... AA 03

Barakat, G. ......................... FE 08Barakat, G. ........................ GU 16

*Barandiaran, J. ................. DC 04Barholz, K-U......................ET 03Bari, M. ..............................FR 20

*Baril, L. ............................. CA 01Baril, L. ............................. CA 06Barmak, K. ........................ ED 06Barnard, J. ..........................AE 03Barnard, J. .......................... ES 03Barnard, J. ..........................GS 10Barnard, J. ..........................GS 11Barrado, A..........................AT 02Barrué, R. ...........................FD 01Barrué, R. .......................... GE 08Barry, J. ..............................BR 03Barry, J. ..............................GP 03Barthel, J. .......................... GB 02Barthélémy, A. .................. DE 01Bartolomé-Sanjoaquín, J....FC 08Barton, A. ..........................EW 01Bartos, A. ...........................ET 04Basso, V. ........................... GC 02Baudouin, P. ...................... BV 14Bayreuther, G. ................... AV 07Bayreuther, G. ................... BD 01Beatrice, C......................... GC 02Beck, M. .............................DP 06Becker, A. ......................... GE 01Becker, C............................ET 04Bejerano, J......................... AR 12Belhadj, A. ........................ BV 14Bélier, B. ........................... GE 08

*Belov, M............................ AA 01Ben Youssef, J. ..................AS 04Ben Youssef, J. ..................AS 05Ben Youssef, J. ..................ET 09Ben Youssef, J. ..................FD 04Ben Youssef, J. ................. GV 06Benner, H. ........................ BW 16Beon, N. .............................EC 08Berenguer, S.......................FD 02Berger, R. .......................... AB 12Berger, R. .......................... DU 05Bergqvist, A. ..................... AU 10

*Berkov, D. ......................... AA 05Berkov, D. ......................... GR 05Berkov, D. ..........................GT 12

Berman, D. .........................GP 02Bernardo, J. ........................GE 02

*Bernas, H............................ED 03Bertacco, R.........................DE 01Bertero, G.......................... AB 01Bertero, G.......................... AB 03Bertero, G............................FP 04Bertotti, G. ........................ DD 09Bertotti, G. ........................ GC 02Bertram, N.......................... BP 07Bertram, N..........................CB 09

*Bertram, N..........................EA 06Bertram, N..........................EQ 02Bertram, N..........................EQ 08Bertram, N..........................EQ 09Beschoten, B. .................... AC 02Besseghini, S......................AE 11

*Bessho, K. ..........................BB 04Best, M. ............................. AB 09Best, M. ...............................FP 14Betancourt, I...................... CD 01Betancourt, I...................... GD 09

*Bhata, C. S. ....................... BA 06*Bing, Y. ............................. DB 04

Biskeborn, R. .....................AP 14Bissell, P. ...........................AP 05Bissell, P. ...........................CE 02Bissell, P. ............................FP 06Bissell, P. ............................FS 04Blackburn, S...................... AR 09Blamire, M. ........................EE 03Bland, J. ............................ BU 03Bland, J. .............................CC 09Bland, J. ............................ GB 01Bland, T............................. DR 07Bland, T..............................EU 04Block, T..............................EE 01

*Bode, M..............................EB 06Boerma, D. .........................DE 06Boerma, D. .........................FD 06Boerma, D. ........................ BU 14Boerma, D. .........................DE 06Boerner, E. .........................EQ 09Boerner, E. .........................FQ 07Bogdanov, A. .................... DR 06Bogdanov, A. .................... GB 11

*Bogy, D. ............................ BA 06Bogy, D. .............................DP 09Bolhuis, T...........................BT 01Bonard, J-M. ......................DE 08Bonfim, M.......................... ES 06Bonfim, M.......................... ET 02Borcia, I...............................FS 06

*Borghs, G. ..........................FA 01Borghs, S. ...........................BB 10Borsa, D. ............................DE 06Bottauscio, O......................AT 06Bottauscio, O......................AT 07Bottauscio, O...................... FE 07Bottoni, G.......................... AB 08Bowen, M...........................DE 01Bozec, D............................EW 12Bozeman, S. .......................GS 05

125

Branco, P........................... GU 01Breaban, F. .........................BV 14Brianso, M-C. ....................DR 12Brinkmann, D. ...................GE 01Brinkmann, D. ...................GR 11Briones, F...........................EU 12Brockie, R. .........................AB 07Broek, F. ............................BU 14Brown, D.............................FT 03Brown, H............................GS 05Bruck, E. ............................AC 07Bruck, E. ............................AR 15Brueckl, H..........................GE 01Brueckl, H..........................GR 11Brunet, M. ......................... DQ 09Bubber, R. ..........................ER 07Budde, T............................ GD 05Buess, M. ...........................BD 01Buiron, N. .......................... AS 08Buske, N. ...........................CE 07Butera, A............................AE 03Butera, A............................GS 11Buznikov, N. .....................BW 18

CCabral, J. ............................GE 02Cai, B. ............................... GU 14Cai, C. ................................GE 06Cai, Z. ................................ EE 03Caillot, T. ...........................GT 04Calugaru, G........................ FU 07Camarero, J. .......................AC 06Camarero, J. ....................... ES 06Camarero, J. ....................... ET 02Cambril, E. .........................BU 03Campbell, P.........................FT 03Candolfo, D........................AB 08Canepa, F. ..........................DS 07Caram, R. ...........................AR 12Cardoso, S. .........................AC 08Cardoso, S. .........................GS 08Carey, M. ........................... BP 02

*Carey, M. ...........................CA 01Carey, M. ...........................CA 08Carey, M. ..........................EW 01Carley, L. ........................... BT 02Carlotti, G. .........................DR 05Carlotti, G. ......................... ES 03Carlotti, G. ........................ GV 13Carman, G.......................... AS 06Carriço, A. ......................... ES 05Cartier, M........................... ET 02Castaldi, L. .........................DR 11Cebollada, F. ......................GC 07Cebollada, F. ......................GT 02Cecchetti, A. ......................AB 08Cerchez, M..........................FS 04Cerezo, A. ..........................GS 05Cespedes, O. ...................... FR 20Cha, S-D. ............................FT 06Champion, Y......................BU 06Chan, C. ............................ AU 05Chan, C. ............................ GU 04

Chang, C. ........................... ER 05Chang, C-R. .......................BC 10Chang, C-R. ...................... DU 06Chang, C. ...........................BD 09Chang, J. .............................FE 10Chang, W. ..........................AR 05Chantrell, R........................BD 09

*Chantrell, R....................... DA 03*Chantrell, R........................ TT 02

Chao, J. ............................. AD 06Chapman, J. .......................BC 04Chapman, J. .......................GB 06Chapman, J. ........................ES 11Chapman, J. ..................... GW 09

*Chappert, C. .......................AA 02*Chappert, C. .......................ED 03

Chau, K. .............................AU 05Chau, K. ............................ GU 04Chau, N. ............................. FR 12Chaves, S. .......................... CE 08Chechenin, N. ....................BU 14Chechenin, N. .................... FD 06Chechenin, N. ....................BU 15Chee Khiang, P. ................. BS 12Chekanov, A. .....................EQ 10Chen, C. ............................ AD 08Chen, D. .............................AT 04Chen, H. .............................AT 04Chen, H. .............................AU 02Chen, H. ............................ GU 05Chen, H-S. .........................BR 05Chen, J. ..............................AC 03Chen, J. ..............................ED 01Chen, J. ...............................EP 08

*Chen, J. .............................. FB 05Chen, J. .............................. FR 11Chen, L. ..............................ES 08Chen, M. ...........................BW 13Chen, P...............................AC 09Chen, P...............................AV 08Chen, Q. ............................. BS 13Chen, S...............................AR 05Chen, S.............................. AD 06Chen, W-C. ........................ GS 06Chen, Y. .............................BU 03Chen, Y. .............................GB 01Chen, Y. ..............................FE 02Chen, Y. ............................ AQ 08Chen, Y. ............................. ER 11

*Chen, Y. ............................. FB 05Chen, Y. ............................. FB 08Chen, Y. .............................EU 04Chen, Z. ............................. BE 10Cheng, M. ..........................AU 05Cheng, S-F. ........................AE 06Cherif, S. ........................... GV 12Chern, G.............................BU 10Chetkin, M. ....................... GV 08Chezan, A. ......................... FD 06Chiampi, M. .......................AT 06Chiampi, M. .......................AT 07Chiampi, M. ........................FE 07Chiba, H............................ AD 04

126

Chiba, T............................. BQ 03*Chien, C. .......................... DA 06*Childress, J. ....................... CA 01

Childress, J. ....................... CA 07Childress, J. ....................... CA 08Chin, T. ..............................FR 01Chinnasamy, C. ..................FC 03Chinnasamy, C. ..................GT 14Chiou, S............................. AR 05Chiriac, H. ..........................AS 11

*Chiriac, H. ......................... DC 05Chiu, P.............................. BW 13Chizhik, A. ........................ CD 05Chmielewski, M. ............... BV 11Chmil, A............................ AV 01Cho, H. ...............................BP 11Cho, H. ...............................EC 04Cho, H. ...............................GP 04Cho, H. ..............................EW 02Cho, S.................................FV 07Cho, S-S. ........................... BV 04Cho, S-S. ........................... BV 07Cho, Y-H. ........................... FT 10Choe, G. ............................. FP 07Choe, G. .............................FQ 03

*Choi, B-C. ......................... AA 01Choi, C. .............................. FE 03Choi, D-H...........................DP 10Choi, D-H...........................DP 12Choi, J. ............................. BW 20Choi, J. ............................. BW 20Choi, Y-S. ......................... BV 04Choi, Y-S. ......................... BV 07Choi, Y-S. ......................... AC 10Chong, C. ...........................FD 12Chong, T............................ CA 04Chong, T............................. FP 13Chong, T.............................GS 04Chong, T.............................BS 05Choo, W. .......................... GW 07Chow, G-M. .......................GS 01Chow, S. ............................ EQ 12Chu, S................................EW 07Chu, V. .............................. GE 05Chu, Z.................................DS 06Chuang, K-C. .................... GU 09Chumakov, D. ....................GS 10Chun, D-W. ....................... BQ 07Chung, C. ...........................BS 01Chung, G. ...........................FD 05Chung, S............................. ES 04Chung, S.............................EE 05Chung, S-U......................... FT 08Cicacci, F. ......................... DE 01Cionca, C............................GS 03Cirafici, S. ..........................DS 07Ciria, M. ............................ DR 05Cismaru, A. ...................... BW 15Ciureanu, P........................ CD 04

*Claassen, J. ....................... DC 03Clark, A. .............................AE 06Clark, R. ............................ GU 08Clarke, R. .......................... DR 02

Clarke, R. ...........................GS 03Claude, C........................... GB 07Clegg, W. ...........................EC 12Clerk, J. ..............................GT 04Clifton, P. ...........................GS 05Clifton, P. ...........................GS 07

*Clinton, T. ......................... BA 02Coehoorn, R. ......................DE 07Coelho, A. ......................... AR 12Coey, J................................CE 01Coey, J................................ FR 15Coey, J............................... AR 06Coey, J............................... AR 07Coey, J................................ FR 20Coles, P. ............................. FT 12Coltelli, C. ...........................FS 09

*Conde, A. .......................... GC 01*Conde, C. .......................... GC 01

Continenza, A. ................... FR 09Contour, J. ..........................DE 01Cooke, M............................EU 06Cooke, M........................... GB 05Cooke, M........................... GV 04Cookson, R..........................FP 06Cornelius, R. ......................DT 06Coughlin, T. ...................... DB 06Coutrot , A-L......................GE 08

*Covington, M. ....................EA 04Cowburn, R. .......................EU 06Cowburn, R. ...................... GB 05Cowburn, R. ...................... GV 04Cox, R. ............................. BW 10Craciun, V. .........................FU 07Craus, C..............................FD 06Crawford, A. ..................... DQ 05Crawford, M..................... GW 09

*Crawford, T........................EA 04*Crozat, P............................ AA 02

Cruz, J. ...............................EC 03Cruz, J. ...............................EC 10Cui, J. .................................AE 10Cundev, M......................... DQ 04Cvetkovski, G. .................. DQ 04Cyrille, M-C....................... BP 01Cyrille, M-C...................... CA 07

DD Orazio, F.........................BB 09D. J., M.............................. CD 07D. J., M................................FS 02D.O.Boerma, E.................. BU 14Da Silva, M. .......................CE 07Dafine, R. ........................... EP 09Dafine, R. .......................... GB 07

*Dahlberg, E. ..................... DA 05Dai, D. ................................ EP 08Dai, Q. ............................... AD 05Dang, X. ............................ AQ 08

*Dang, X. ............................. FB 05Daniil, M. ...........................BE 09Dantas, A............................ ES 05Daróczi, C. ........................ GC 06Das, B.................................AE 06

127

Das, J..................................BB 10*Das, J.................................. FA 01

Daughton, J. ...................... AV 05Daughton, J. .......................BB 01Davey, P.............................EC 12David, D.............................FD 07Davies, H. ..........................BE 07Davis, M. ........................... BP 10Davis, M. ...........................DR 14De Boeck, J. .......................BB 10

*De Boeck, J. ....................... FA 01De Francisco, C. ................BU 13

*De Graef, M. ......................EB 04De Haas, O......................... ET 07De Haas, O......................... ET 08De Jong, M......................... AP 15De Jonge, W.......................DE 04De Jonge, W.......................DE 07De Jonge, W.......................ER 09De Souza, A. .................... GW 03Dede, M. ........................... DU 07Dedkov, Y.......................... FR 17Dee, R. ............................... AP 16Dee, R. ............................... AP 18Deffontaine, A. ..................BV 14Del Val, J. ..........................GC 07Dela Cruz, R. .................... AV 04Demand, M. ......................BW 01Demand, M. .......................GB 03Demin, R............................ FR 18

*Demokritov, S. ..................EA 03Dempsey, N. ......................AC 11

*Denbeaux, G. .....................EB 01Deoras, S. ...........................BQ 07Desai, M.............................BU 01DeSimone, A..................... DD 01Dezaki, T............................GE 06Diaconu, M. ........................FS 04Diao, Z. .............................. ES 08Diaz, J. ............................... AS 02Diaz, J. ...............................GC 08Didosyan, Y. ......................DS 04Dieny, B. ............................AC 06

*Dieny, B. ........................... DA 02Dieny, B. ............................ ET 02Dietzel, A. ..........................AB 12Dietzel, A. ......................... DU 05Ding, J. ...............................BU 08

*Dingyu, X. ......................... EE 06Dittrich, R. ..........................FP 12Dittrich, R. ........................ GV 02Dittrichova, L.....................DR 01Djayaprawira, D..................FP 08

*Do, H..................................DB 04Dodd, P. ............................ AQ 10Dodd, P. ............................ DU 03Doherty, D. ........................ BP 03Doherty, S. .........................BR 06Dolgii, D. ............................FP 10Donahue, M. ......................GR 02Donnelly, T. .......................EC 12Dorfman, V. .......................EC 06Dörr, K. .............................. FR 16

Dörr, K............................... FR 16Dos Santos, A. .................. DU 08Doyle, W............................BC 04Doyle, W............................DB 07Draaisma, E. ...................... BP 15Drazic, G............................ BE 02Dreyer, M...........................BC 03Dreyer, M........................... EE 05Dreyer, M............................ES 04Drulis, H. ...........................AR 13Du, C.................................. BS 02Du, C.................................. BS 02Du, H...................................FP 11Du, H.................................. DP 08Du, H................................. AQ 06Du, H.................................. FB 09Dubois, M. ..........................FT 02Dudding, J..........................DT 06Dudding, J...........................FT 01Dufour-Gergam, E. ............GE 08Dughiero, F. .......................EV 05Dumm, M...........................BD 01Duo, L. ...............................DE 01Dupré, L.............................BV 02Dutson, J. ...........................AB 06

*Duxstad, K. ........................BA 02

EEastham, J. ..........................FT 12Eaton, J. ............................. AP 14Ebels, U..............................GB 04Eckert, D. ...........................AR 13Eckert, D. ........................... FR 16Eckert, J. ...........................EW 01Eckert, J. ........................... DQ 18Edmundson, D. ..................BC 08Edwards, D. .......................DT 06Eerenstein, W......................ES 01Egawa, M........................... DS 05Egelhoff, Jr., W..................AC 09Egelhoff, Jr., W..................AV 08

*Eguchi, S........................... GA 05Eick, T...............................EW 14

*Eimuller, T. ........................ EB 01Eleftheriou, E..................... EC 07El-Hasan, T. ........................FE 04Elliott, R.............................AV 01El-Sayed, R. ....................... BT 02Encinas, A.........................BW 01Encinas, A...........................ES 06Encinas, A..........................GB 03Endo, H. ..............................EP 05Endo, H. .............................GR 09Endo, H. ..............................FS 11Endou, M. ......................... AD 07Eng Hong, O. ..................... BS 12Engdahl, G. ........................AU 10Enoki, S.............................. FV 01Enoki, S.............................. FV 02Enokizono, M. ................... AS 12Enokizono, M. ................... AS 13Enokizono, M. ...................AU 04Enokizono, M. ...................BV 03

128

Enokizono, M.................... BV 12Enokizono, M.................... BV 12Enokizono, M.................... BV 13Enomoto, K. .......................FQ 10Epshtein, E. ....................... AV 01Erden, M.............................GP 01Ernult, F. ........................... AC 06

*Ernult, F. ........................... DA 02Ernult, F. ............................ET 02

*Esch, R. ..............................FB 05Esquinazi, P........................EE 02Esquinazi, P........................FR 13

*Etoh, K. ..............................FB 06Eugene, P. ..........................EV 01Evans, P..............................EE 03Evans, P..............................CC 08

FFabian, A. .......................... AV 03Fähler, S. ........................... ED 08Faini, G.............................. GB 04Fang, H...............................BR 06Fang, J. ...............................FR 01Fang, J. ...............................FC 07Farrow, R. ..........................BP 02Farzetdinova, R. .................GT 11

*Fassbender, J. ................... DA 01Favre-nicolin, E..................EE 04Favre-nicolin, E..................ER 08Felser, C. ...........................EE 01Feng, J. ...............................BR 08Feng, X.............................. GV 03

*Feng, Y. C. ....................... BA 02Fenglei, C. ......................... GB 07Fernández, C. .....................DT 03Fernández, C. .....................FV 06Fernandez-de-Castro, J. .... AC 03Fernandez-de-Castro, J. .....CB 02Fernandez-de-Castro, J. .....CB 03Fernandez-de-Castro, J. .... EQ 07Fernengel, W......................DT 06

*Ferre, J............................... AA 02Ferreira, H. ........................ GE 02Ferreira, J. .......................... FT 02

*Fert, A. .............................. AA 06Fert, A. .............................. DE 01Fettar, F. ............................ AC 06

*Fettar, F. ............................ DA 02Fettar, F. .............................ET 02Fidler, J..............................DD 06Fidler, J............................... FP 12Fidler, J.............................. GB 09Fidler, J..............................GD 03Fidler, J.............................. GV 02Filimonov, Y. ................... BW 04

*Fischer, P............................EB 01Fischer, S........................... GB 02Fitzgerald, C.......................FR 15Fitzgerald, C.......................FR 20

*Fong, W. ........................... BA 06Fonine, M. ..........................FR 17Fontana, R. .........................BP 01Fontana, R. ........................ CA 07

Fontana, R. ........................ CA 08Forster, H. ...........................FP 12Forster, H. ......................... GB 09Forster, H. ......................... GV 02Forzan, M. ..........................EV 05

*Francavilla, T. .................. DC 03*Franco, V........................... GC 01

Freeman, A......................... FR 09Freeman, E. ........................FU 09

*Freeman, M. ...................... AA 01*Freitas, P. .......................... AA 02

Freitas, P. .......................... AC 08Freitas, P. ...........................AP 18Freitas, P. ...........................DE 02Freitas, P. ...........................GE 02Freitas, P. ...........................GE 05Freitas, P. ...........................GS 08Fryskowski, B. ...................AS 01Fu, C-M..............................CC 07Fu, C-M..............................FD 11Fuentes, J........................... AU 09Fujii, N. ............................. GU 12Fujii, N. ............................. GU 13Fujisaki, K.......................... FE 05Fujisaki, K..........................FV 03Fujisaki, K..........................FV 10Fujita, N. ............................GT 03Fujita, S. .............................ER 01Fujiwara, H. ...................... AC 05Fujiwara, H. ....................... ET 05Fujiwara, K. ...................... AQ 02Fujiwara, K. ...................... BV 08Fujiwara, K. .......................DT 07Fujiwara, N. ..................... GW 02Fukuda, S. ..........................AP 01Fukuda, S. ..........................AP 01Fukui, S. ............................ BQ 05Fukui, S. .............................DP 03Fukunaga, H...................... AR 04Fukunaga, H.......................BE 08Fukunaga, H...................... DQ 17Fukunaga, H.......................FD 03Fukushima, A.....................DE 09Fukushima, H.................... DD 04Fukushima, H..................... EP 05Fukushima, H..................... EP 06Fukushima, H.................... GR 09Fukushima, M. ...................FU 08Funabashi, N. .....................EQ 04Funada, S........................... AV 04Funada, S............................ER 07Funada, S............................ER 10

*Funayama, T. .................... CA 02Funayama, T. .....................EQ 01Furusawa, K. ..................... AD 07

*Fuyama, M. ........................ FB 06Fuyama, M. ........................ FB 10

GGabaldon, A. ..................... AU 09Gair, S. .............................. DQ 04Gallagher, K...................... AR 06Gama, S............................. AR 12

129

*Gang, N.............................. EE 06Gang, X..............................EU 06Ganzer, S........................... AV 07Gao, J. ................................AR 02Gao, K. ...............................CB 09Gao, P................................. BS 03García, A............................DT 03García, A............................ FV 06

*García, F............................ DA 02García-Vinuesa, L.............. FC 08Gardiner, S. ........................CC 09Garrell, M. .........................BE 05Gaspar, J.............................GE 05Gatzen, H. ..........................DP 06Gatzen, H. ......................... GD 05Gatzen, H. ..........................GE 03Gebert, A............................BE 11Gedanken, A. ..................... FC 02Gendron, F. ........................DR 12Georgalakis, A. ..................GS 05George, J. ...........................GB 03George, J. ...........................GB 04Gérard, M............................FS 01

*Gerrits, T. .......................... AA 03*Ghaly, M. ..........................BA 02

Ghrayeb, A.........................BR 04Gianolio, G. ........................FT 12Gibbons, M. ...................... AV 04Gibbons, M. .......................ER 10Gieraltowski, J. ..................GS 09Giguere, A..........................AC 11Gilson, R. ...........................CE 02

*Girt, E.................................BA 02*Girt, E.................................BA 03

Giusti, J. .............................CB 02Giusti, J. .............................CB 03Givord, D. ..........................AC 11Godoi, R............................. AP 08Godoi, R............................. FR 04Godoi, R.............................GT 05Goldberg, J.........................BR 01

*Goldman, A....................... DA 05*Goll, D. ..............................EB 01

Golub, V. ...........................AE 09Golub, V. ...........................GT 08Gomez, E. ......................... AU 09

*Gomez, M. .........................EB 03Gomez, R. ..........................BC 03Gomez, R. .......................... EE 05Gomez, R. .......................... ES 04Gómez-Polo, C. .................CD 03Goncalves, G......................CE 05Gong, H.............................. BP 13Gonzalez, J.........................GC 07Gonzalez, J.........................GT 02Gonzalez, J.........................CD 05Gonzalez, J.........................GC 07Gonzalez-Arcelus, I. ...........FP 11Goodman, A....................... EP 13Goovaerts, E. .....................BB 10

*Goovaerts, E. ..................... FA 01Gordillo-Sol, A. .................AR 10Gorn, N. .............................GR 05

Gorodetsky, G.................... FC 02Gösele, U. ..........................GB 02Gotoh, Y. ........................... FV 09Goya, G.............................. AP 08Goya, G.............................. FC 10Grachev, S. ........................DE 06Grachev, S. ........................DE 06Graham, D. ........................GE 02Granovsky, A....................EW 09Granovsky, A.....................GT 04Gravier, L...........................AV 03Gravier, L...........................DE 08Gravier, L..........................EW 13Greaves, S. ........................ DD 07Greaves, S. ..........................EP 13

*Gredig, T. ......................... DA 05Green, T. ............................ FU 09Greene, R. .......................... EE 05Greneche, J-M. ..................GC 06Greneche, J-M. ..................BU 06Grigorenko, A. N. ...............FS 02

*Grogger, W. ....................... EB 03Groenland, J....................... AP 13

*Gross, H. ...........................BA 06Grossinger, R. ....................DT 06Grossinger, R. ....................GC 02Grössinger, R. ....................DT 05Grössinger, R. .....................FT 01Grundler, D. .......................BC 02

*Gu, S. ................................. FB 05Guan, L. ..............................EP 01Guan, L. ............................. FB 01Gubbins, M. ....................... BP 08Gubbiotti, G. ......................DR 05Gubbiotti, G. .......................ES 03Gubbiotti, G. ..................... GV 13Gui, J................................. AD 03Gui, J..................................BQ 10Guittienne, P. .....................AV 03Gulyaev, Y.........................AV 01Gunning , R........................AR 07Güntherodt, G. ...................AC 02Güntherodt, G. ................... FR 17

*Güntherodt, H-J. ................ EB 05Guo, G................................ BS 02Guo, G................................ BS 02Guo, G................................ BS 03Guo, G................................ BS 05Guo, G................................ BS 11Guo, G................................ BS 12Guo, H-J............................ GU 10Guo, Z. ...............................BQ 06Guo, Z. ...............................CA 04Guo, Z. .............................. DU 02Guo, Z. ................................ES 10Guo, Z. ............................... ET 10Guo, Z. ...............................EU 07Gurney, B........................... BP 01Gurney, B........................... BP 02

*Gurney, B...........................CA 01Gurney, B...........................CA 08Gurovich, B. .......................FP 10Guslienko, K. .....................EU 14

130

Gustafson, R.......................CB 10Gustafson, R...................... EQ 09Gustafson, R.......................FB 07Gutfleisch, O. ....................GD 01Gutfleisch, O. ....................GD 01Gutfleisch, O. .....................BE 02Gutiérrez, J. ........................ ES 07Guyot, M. .......................... DR 12

HHa, J................................... DE 04Hadjipanayis, G................. AR 08Hadjipanayis, G..................FC 06Hadjipanayis, G.................GD 02Hafner, J. ........................... DR 04Haga, A. .............................DT 08Haghiri-Gosnet, A-M.........FR 08

*Haginoya, C. ......................FB 06*Halley, D. .......................... ED 03

Hamada, N. ........................BE 04Hamada, T..........................BS 07Han, G. .............................. CA 04Han, G. ...............................DP 07Han, G. ...............................EU 11Han, H. .............................. BU 12Han, K-H. ...........................FR 13Han, M. ..............................DS 08Han, S................................DQ 02Han, Y. .............................. BU 05

*Hanbicki, A. .......................FA 02Hannemann, U. .................GD 06Harada, T........................... AD 02Haraichi, S......................... DE 09

*Harkness, S. ..................... BA 02Harland, C. .........................BE 07Harrell, J.............................AP 07Harrell, J............................ DB 02

*Harrell, J............................. TT 03Harris, R. ........................... AR 09Harris, R. ........................... AR 11Harris, R. ............................BE 12Harris, R. ........................... DU 10Harris, R. ...........................GD 03

*Harris, V............................ DC 03Harry, B.............................. EP 09Hartmann, U...................... DU 03Hasegawa, T.......................DS 03Hashi, S. .............................CC 05

*Hashimoto, M. ...................BB 04Hashizume, A.....................FU 06Hassner, M. ........................GP 02Hatanaka, H........................FR 05Hatanaka, K........................EV 06Hauch, J............................. AV 07Hauser, H. ......................... AU 12Hauser, H. ..........................DS 04

*Hauser, H. .......................... FE 01Hayakawa, H......................EV 04Hayakawa, J. ......................EE 07Hayano, S. .......................... FS 11Hayashi, N.........................DD 04Hayashi, N.......................... EP 05Hayashi, N.......................... EP 06

Hayashi, N......................... GR 09He, L.................................. AQ 15He, P.................................. GR 03Hebert, S. ...........................EE 08Heczko, O. .........................AE 04Heczko, O. .........................AE 05Heczko, O. .........................AE 07Hee, C. ................................FP 02Hegde, H. ...........................ER 07Hehn, M. ............................CC 02Hehn, M. ............................ER 04

*Heinrich, B. .......................EA 02Henriques, L...................... GU 01Heo, N. .............................. BV 04Heo, N. .............................. BV 07Herget, P. .......................... GQ 03Hernández-Gómez, P. ....... BU 13Hernando, A...................... GC 07Hernando, A.......................GT 02Hernando-Maneru, A. ........GT 02Herrero, P. ..........................AP 06Herrero, P. ..........................AP 08Herrero, P. ..........................GT 01Herrmann, M..................... GB 06Hertel, R. ........................... GB 02Hervieu, M. ........................EE 08Heskamp, I. ....................... BD 04Heskamp, I. ....................... BD 04Hibma, T. ........................... ES 01Hieda, H. ........................... AB 10

*Higo, Y...............................BB 04Hill, E. ................................BC 08Hill, E. ...............................EW 11Hill-Cottingham, R. ........... FT 12

*Hillebrands, B. .................. DA 01*Hillebrands, B. ...................EA 03*Hillebrecht, F. ....................EB 02

Hinds, G. ............................CE 01Hiner, C..............................ER 10Hinotani, S. ....................... BV 08Hiramoto, M.......................BB 05Hirano, S. .......................... AD 07Hirano, T. ...........................DS 03Hirohata, A........................ BU 03Hiwaki, O. ..........................FU 06

*Ho, J. ................................. BA 02Ho, M. ............................... CA 07Ho, M. ............................... CA 08Hobo, A.............................. FC 03Hoehne, R. .........................EE 02Hoeppe, U. ....................... BW 19

*Hoffman, R. .......................EB 05*Hohfeld, J. ......................... GA 03*Hohlfeld, J......................... AA 03

Hohlfeld, J......................... GV 09Hoinville, J. ........................FQ 09Hojo, A.............................. BU 11Hole, J. .............................. DU 10Holloway, L. ..................... AC 01Holmes, S. ......................... BU 03Honda, N. .......................... BQ 03Honda, N. ........................... EP 03Honda, N. ........................... FB 03

131

Honda, N............................FQ 04Hong, C-Y..........................CE 03Hong, D..............................EC 04Hong, D..............................GP 04Hong, J. ..............................CA 03Hong, Y..............................BR 10Honkura, Y. .......................BE 02Honkura, Y. .......................BE 04Honkura, Y. .......................CD 10

*Honkura, Y. .......................DC 06Hono, K..............................DR 09Hor, Y. ...............................DP 07

*Hori, H. .............................. FA 04Horibe, T........................... AU 04Horiuchi, H. .......................EV 03Horng, H-E. .......................CE 03Horng, L.............................BU 10Horng, L............................. FR 21Horvath, Z..........................GC 06Hoshi, F..............................FQ 06Hoshi, T. ........................... GU 12Hoshino, S......................... DQ 14Hoshiya, H. ........................ EE 07Hoshiya, H. ........................ FB 10

*Hosomi, M. ........................BB 04Hou, C. ...............................AC 03Houbaert, Y........................BV 05Houbaert, Y........................BV 09Houbaert, Y........................BV 14Howe, D. ............................ FE 02Howe, D. .............................FT 07Howe, D. ............................BE 12Howe, D. ........................... GU 08Hozoi, A............................. AP 13

*Hsiao, A. ...........................DC 02Hsu, C-C. ...........................BD 06Hu, J. .................................. FR 11Hu, S-B. .............................DP 05Hua, W. ............................. AD 11Hua, W. ..............................BQ 09Huai, Y.............................. AQ 08Huai, Y...............................ER 11Huai, Y............................... ES 08

*Huai, Y............................... FB 05Huai, Y............................... FB 08Huang, F. .......................... AQ 14Huang, M. ......................... GD 04Huang, S-F. ........................ FU 02Huang, Y............................ FC 06Hug, E. ............................... AS 08

*Hug, H................................EB 05Hughes, G. .........................EC 05

*Hughes, G. ........................ GA 06Humbert, J..........................DE 01Humphrey, F. .....................GR 04Hung, D.............................BW 13Hung, S. ........................... GW 06Hung, S. .............................EU 02Huong, P. ........................... FR 12Hütten, A............................ FC 05Huynen, I. .........................BW 01Hwang, D. .......................... ET 01Hwang, D. .........................EW 08

Hwang, G-Y.......................AU 03Hwang, J. ........................... ET 01

*Hwang, S............................BA 02Hwang, S-M.......................AU 03Hwang, S-M........................FT 08Hyun, D..............................AU 07Hyun, D............................. GU 15

IIbarra, M. ...........................AE 08Ichinokura, O. ................... GU 10Ichiro, S..............................EV 01Ichiro, S..............................EV 09Ichiro, S..............................GE 10Idzikowski, B.....................GC 06Iesaka, K. ........................... BP 16Igarashi, M.........................AB 02Igarashi, M.........................CB 04Iglesias, R. .........................GT 10Ihm, Y. ............................. GW 07

*Ikeda, J. ............................. GA 05Ikeda, S. ............................BW 08Ikeda, S. ............................ AQ 07

*Ikeda, Y..............................DB 04Im, T-B. ..............................FT 10Imai, S. ............................... FR 07Imaizumi, M. .....................AR 12Imamura, M. ...................... DS 02Imamura, T. ....................... DP 01Inaba, H............................. AD 07Inaba, H............................. AD 07Indeck, R............................BD 06Indeck, R............................ EC 11Inomata, A. ........................AB 04Inomata, A. .........................FP 01Inomata, K. ........................ BE 03Inomata, K. .......................BW 06Inomata, K. ........................EU 01Inoue, M.............................CC 05Inoue, M.............................GT 03Inoue, M.............................GT 04Inoue, M............................. FU 05Inoue, M............................. CE 04Inoue, M............................. DS 05Inoue, S. ............................. DS 02Inoue, Y. ........................... AD 02Inui, S................................ GU 03Iordache, V. ....................... AS 08Iramina, K. ......................... FU 02Iramina, K. ......................... FU 04Isaacs, E. ............................ EE 03Ise, K.................................. FB 03Ishida, T. ............................ BS 07Ishikawa, C. ....................... BP 06Ishino, R............................. FV 04Ishiyama, K....................... DQ 17Ishiyama, K........................ FD 03Ishiyama, K........................ FU 10Ishiyama, K........................ FU 11Ishiyama, K........................GE 07Iswahjudi, H.......................GE 03Itagaki, A. .......................... FV 08Itoh, T. ............................... FD 08

132

Itou, K. ...............................EE 07*Itskos, G. ............................FA 02

Iulian, N. ........................... BU 09Iwahara, M. ....................... GC 03Iwahara, M. ....................... GE 11Iwanami, M. ......................DQ 14Iwasaki, H. .........................FR 07

*Iwasaki, H. ........................ CA 02Iwasaki, S-I. ....................... EP 03Iwasaki, S-I. .......................FQ 04Iwata, S............................... ES 09Iwata, S...............................EU 08Izaki, M. .............................GT 03

JJacquet, E. ......................... DE 01Jafelicci Jr, M.....................AP 08Jafelicci Jr, M.....................FR 04Jafelicci Jr, M.....................GT 05Jafrrès, H. ...........................ER 04Jalil, M. B. A......................BC 12Jalil, M. B. A......................FC 11James, R. ............................AE 10Jan, G. ................................FR 20Jang, G. .............................. FE 10Jang, P-W. .......................... FP 09Jang, S. ..............................EW 03Jang, S. .............................. AU 07Jang, S. ............................... FT 06Jang, S. ............................... FT 11Jang, S. ............................... FT 11Jang, S. .............................. GU 06Jang, S. .............................. GU 07Jang, S. .............................. GU 11Jang, S. .............................. GU 11Jang, S. .............................. GU 15Janisek, J. .......................... DR 01Jansen, R. ......................... GW 08Jansen, R. ......................... GW 08Jardim, R. ...........................FR 04Jayson, E. ...........................DP 02Je, J.....................................GS 01Jensen, W. ..........................ER 10Jeong, H. ........................... DE 10Jeong, J.............................. BU 05Jeong, K-H. ........................GT 06Jeong, S. .............................AE 12Jeong, S. .............................FD 05Jeong, S. ............................. FT 06Jeong, S. ............................. FT 11Jeong, S. ............................ GU 11Jeong, S. ............................ DB 08Jeong, T-G..........................DP 12Jewell, G.............................BE 12Jewell, G............................ GU 08Jeyadevan, B. .....................GT 14Jia, Q-W. ............................BS 06

*Jiang, H. .............................FB 05Jiang, H. .............................FB 08Jiang, J............................... GU 04

*Jianmin, Z...........................EE 06Jiles, D................................AS 07Jiles, D............................... BD 07

Jiles, D................................DS 08Jiles, D.................................FS 07Jiles, D................................ FT 05Jin, C-S............................... FT 10Jin, D. ................................ AR 03Jin, X. .................................BR 02Jin, Z................................... BP 07Jin ching, B. .......................GE 04Jo, S. .................................. AC 12Johnson, F. ........................ GD 04Johnson, K...........................FP 07Johnson, K..........................FQ 03Johnston, A. ...................... AQ 11Johnston, A. ....................... BP 03Johnston, A. ....................... BP 05Johnston, A. ....................... BP 17Johnston, A. ....................... ES 11Jojo, M. ..............................FU 11Jojo, M. ..............................GE 07Joly, L. ...............................CC 02Jomard, F........................... DR 12Jones, D............................. DU 10Jones, I. ............................. GD 03

*Jonker, B. ..........................FA 02Ju, Y. .................................. BP 01Judy, J. .............................. AC 09Judy, J. .............................. AV 08Judy, J. ............................... BP 10

*Judy, J. .............................. DB 01Judy, J. .............................. DR 14Julié, G. ..............................GE 08Jung, H. ............................. DB 07

KKagotani, T. .......................BE 03Kagotani, T. ..................... BW 06Kai, T. ................................ED 05Kaiju, H..............................ER 01Kaiser, D. ........................... EP 02Kaka, S. ............................. GV 01Kakay, A. .......................... GR 04Kalev, L.............................. ES 01Kalinikos, B. .................... BW 07Kalinikos, B. .................... BW 16Kalitsov, A. .......................EW 09Kalska-Szostko, B.............. FC 09

*Kamata, C. ........................ GA 05Kamata, K. .........................DT 08Kamata, Y. ........................ AB 10Kaminishi, K. .................... BD 12Kamondetdacha, R.............DT 09Kamp, P-B..........................GE 01Kanada, T. ..........................AS 12Kanada, T. ..........................AS 13Kanai, H. ........................... CA 03Kanai, Y. ........................... AQ 02Kanazawa, H. .....................ED 04Kanetaka, H........................FV 08Kang, K. ............................. EP 07Kang, T. ............................EW 03Kang, T-S. ..........................DP 12Kano, A. .............................EV 04

*Kano, H. .............................BB 04

133

*Kappenberger, P. ...............EB 05Karasawa, H.......................BU 04Karasawa, K.......................GE 12Kasuya, A. ......................... FC 03Kasuya, A. .........................GT 14Katada, H. ......................... AQ 09Katada, H. ..........................CC 06Katane, T.............................FT 13Katano, Y. ........................ GW 01Katine, J. ............................CA 07Kato, H...............................DS 05Kato, H...............................BE 06Kato, K...............................DT 08Kato, K...............................DP 06Kato, T. .............................. ES 09Kato, T. ..............................EU 08Kato, Y..............................BW 06Katter, M............................BE 01Kaval, M. .......................... DU 07Kavcic, A. ..........................BR 02Kavcic, A. ..........................GP 08Kawada, Y. ........................ EP 10Kawana, T.......................... AP 10Kawasaki, S. ...................... FV 02Kawase, M. ........................EV 06Kawashima, T. ................... AP 12Kawashima, Y....................BB 05

*Kawato, Y. ......................... FB 06Kayasuga, T. ..................... GU 12Kazakova, O. .....................BC 09Kazuyuki, T. ......................GT 14Kechrakos, D. ....................GT 13Kehren, J. .......................... AD 06Keim, R.............................. AP 09Keller, J. .............................AC 02Keller, J. .............................CC 10Keller, N.............................DR 12Kellock, A.......................... BP 02

*Kellock, A..........................CA 01Kelly, B............................. AQ 10

*Kelly, P. ............................. FA 05*Kemény, T. ........................GC 01

Kenane, S. .........................BW 01Kenkel, J. ........................... AS 07Kenkel, J. ............................FT 05Kennedy, R. .......................CC 10Kerdus, L. ...........................FS 07Khanikaev, A. ...................EW 09Khizroev, S. ....................... BP 14Khizroev, S. .......................CB 10Khizroev, S. ...................... DD 05Khizroev, S. ...................... DU 04Khizroev, S. ....................... EP 04Khizroev, S. ....................... FB 07Khizroev, S. .......................FQ 12Kida, A............................... EE 07Kief, M............................... ET 06Kiesewetter, L....................GE 09Kikitsu, A...........................ED 05Kikuchi, H......................... DQ 13Kikuchi, H......................... DQ 14Kikuchi, S. .........................EV 06Kikuchi, S. ......................... FV 11

Kildishev, A.......................DT 09Kildishev, A.......................DT 10Kildishev, A.......................DT 11Kim, C................................CD 02Kim, C................................CD 08Kim, C............................... DQ 16Kim, C................................CD 02Kim, C................................CD 08Kim, C............................... DQ 16Kim, C-Y. .......................... EE 03Kim, C................................DE 10Kim, C.................................ES 12Kim, C...............................EW 08Kim, C.................................ES 12Kim, C-O. ..........................AR 03Kim, C................................BU 12Kim, C................................ FR 03Kim, C................................GT 06Kim, D. ............................ GW 07Kim, D. ..............................DR 10Kim, D-I............................. DP 12Kim, D. .............................EW 08Kim, E................................EQ 05Kim, G. ............................. DQ 16Kim, G. ..............................CD 02Kim, H. .............................EW 03Kim, H. ............................. DQ 02Kim, H. ............................. DQ 02Kim, H-J. ............................FP 09Kim, H. .............................BW 20Kim, H. ............................ GW 07Kim, J..................................ES 04Kim, J............................... GW 07Kim, J.................................ED 06Kim, J................................ DQ 02Kim, K. .............................EW 03Kim, K. ............................. DQ 02Kim, K. ..............................GT 07Kim, K. ............................. AQ 03Kim, K. ..............................DE 10Kim, K-H. ..........................DT 13Kim, K-T............................AU 03Kim, M............................... ET 01Kim, M-S. .......................... DP 10Kim, S. ...............................GT 06Kim, S-B. ...........................BV 04Kim, S-B. ...........................BV 07Kim, S. ............................... GP 06Kim, S. ...............................BU 12Kim, S-S. ..........................BW 05Kim, Y. ..............................AR 03Kim, Y. .............................EW 02Kim, Y-H. ...........................FT 10Kimble, S. ...........................FP 03

*Kimble, S. ..........................DB 01Kimel, A. .......................... GV 09Kimura, Y. ......................... FV 11

*Kindo, K. ........................... FA 04Kinsey, D. .......................... BE 12

*Kioseoglou, G. ................... FA 02Kirschner, J. .......................GB 02

*Kishi, H............................. GA 05*Kiss, L................................GC 01

134

Kita, H. ...............................DP 04Kitagawa, E........................EU 01Kitamoto, Y........................DS 03Kitamoto, Y...................... GW 02Kitazaki, S. .........................FR 05Kiya, T. .............................. EP 03Kiya, T. ..............................FQ 04Klaeui, M. ..........................EU 04

*Klemmer, T. ....................... TT 02Knell, P...............................DT 06Kobayashi, K......................DT 08Kobayashi, K......................FU 01Koblischka, M................... DU 03Kobljanskyj, Y. ................ BW 02Kobljanskyj, Y. ................ BW 03Kohama, H. ........................EU 13Kohira, H........................... AD 02Kohlhepp, J. ...................... DE 04Kohlhepp, J. .......................ER 09Kohtani, Y......................... CD 10

*Koi, K................................ CA 02Koinuma, H........................DS 03Kokai, T. ........................... BU 04Koller, P. ........................... DE 07Komiyama, K. .................... FP 08Kondo, M. ..........................AP 10Kondo, N. ...........................BP 16

*Kondo, R. .......................... GA 05Kong, S...............................CC 03Kong, S..............................DQ 11Kong, S...............................FQ 05Kong, S...............................FQ 13

*Kong, V. ............................ BA 02König, C. ............................EU 03König, C. ............................FR 17Konno, A. ...........................FV 05Koo, H. ............................... ES 04Koo, H. ...............................EU 05Koo, K. .............................. BV 06Koo, T. ...............................AS 07Koroleva, L. .......................FR 18Kostylev, M...................... BW 16Kotani, Y. ...........................BP 16Kotera, H. .......................... BV 08Kotov, V.............................AE 09Kovalenko, V. .................. GW 05Kovintavewat, P. ................GP 03Kovshikov, N. .................. BW 16Kowatari, Y........................FU 04Krafft, C. ............................BC 03Krafft, C. ........................... BD 10Krah, J. .............................. AU 10Kravets, A. .........................GT 08

*Krichevsky, A. .................. AA 01Krikunov, A. ..................... AV 01

*Krishnan, K. .......................EB 03Krishnan, R. ...................... BU 01Krishnan, R. ...................... GV 11

*Krivorotov, I. .................... DA 05Kronmüller, H. .................. GB 02Kryder, M...........................CB 10

*Kryder, M...........................EA 04Kryder, M........................... EP 04

Kryder, M........................... FB 01Kryder, M........................... FB 07Kryder, M...........................FQ 12

*Kryder, M.......................... GA 02*Kryder, M........................... TT 02

Ku, C-P. ............................. BS 10*Kubetzka, A. ......................EB 06

Kubotera, H........................ BS 09Kudinov, E. ...................... BW 22Kudo, K.............................. FB 10Kuleshova, E. ......................FP 10Kulik, T. ............................ GC 05Kumagai, S.........................AP 17Kume, T. ............................ ES 09Kunz, A. ............................ DD 08Kuribara, T. ....................... DQ 01Kuribara, T. ....................... DQ 15Kurisu, K............................FU 06Kurita, M........................... AD 02Kuriyama, T. ......................GE 04Kurkina, L. ........................ GR 01

*Kurlyandskaya, G. ............ DC 04Kurlyandskaya, G. ............. ES 07Kuroda, A.......................... BV 08Kurtas, E. ...........................GP 01Kurtas, E. ...........................GP 03Kurtas, E. ...........................GP 05

*Kusinski, G. .......................EB 03Kuwajima, H. ..................... BS 04Kuwajima, H. .....................DP 04Kuz'menko, A. .................. GR 07Kuznetsov, A......................CB 10Kuznetsov, A......................GP 05Kwon, O-M. .......................DT 12

LL. V., P. ............................. CD 07L. V., P. ...............................FS 02Laan, G.............................. DR 07Lacava, L............................CE 08Lacava, Z............................CE 08

*Lachowicz, H. .................. DC 01Lacour, D. ..........................ER 04Lagae, L. ........................... BD 02Lai, B..................................EE 03Lai, C-H. ............................CC 01Lai, C-H. ...........................EW 05Lai, C-H. ............................GS 06Laidler, H. .......................... ET 06Laks, B. ............................. AR 12Lancarotte, M.................... DU 08Lanska, N. ..........................AE 05Lanska, N. ..........................AE 07Lapicki, A. ......................... FC 01Lara-Curzio, E. ..................BE 05Larin, V. ............................ CD 05

*Larson, D........................... BA 02Larson, D............................GS 05Lau, G. ...............................DP 08Laughlin, D. ...................... BU 16Laughlin, D. ...................... DB 08Lauhoff, G......................... DR 08Lavers, D........................... DQ 07

135

Lavers, E. .......................... DQ 07Lavers, J. ............................AT 04Lavers, J. ........................... AU 02Lázaro, A. ..........................AT 02

*Le, T...................................CA 01Le breton, J-M. ................. GD 08Le Duc, T. .......................... FC 07Le Gall, H. ......................... AS 04Le Gall, H. ......................... AS 05Le Gall, H. ......................... ET 09Le Gall, H. ........................ GV 06Le Gouil, A. .......................AR 06Lebourgeois, R...................FD 01Lebourgeois, R...................FD 02Lebourgeois, R...................FD 10LeClair, P. ..........................DE 04LeClair, P. ..........................ER 09Lederman, M......................EQ 03

*Lederman, M...................... FB 05Lee, B.................................BU 12Lee, B-K.............................DB 10Lee, C................................ AQ 03Lee, C................................ AV 02Lee, C-L. ...........................EW 07Lee, H.................................EU 09Lee, H.................................ER 02Lee, J. .................................AB 11Lee, J. ............................... GW 07Lee, J. .................................BR 10Lee, J. .................................GP 06Lee, J. .................................DE 10Lee, J. ..................................FT 10Lee, J. .................................GP 06Lee, J. ................................ AU 07Lee, J. ................................ GU 06Lee, J. ................................ GU 15Lee, K.................................DB 10Lee, K.................................EQ 11Lee, K.................................GR 06Lee, K-H. ...........................DT 13Lee, M. ...............................AR 05Lee, S. ................................ ES 04Lee, S. ................................GS 06Lee, S. ................................ ET 01Lee, S. ...............................EW 08Lee, S. ...............................BW 13Lee, S. ................................GS 06Lee, S. .................................FS 07Lee, S-J. ............................. AS 07Lee, S-J. ..............................FT 05Lee, S-R. ...........................EW 02Lee, S. ............................... GU 06Lee, S. ............................... GU 07Lee, S-H. .............................FT 06Lee, S-H. .............................FT 11Lee, T. ................................EQ 11Lee, T. ................................GR 06Lee, T. ................................ ES 12Lee, T. ................................DE 03Lee, W................................FD 05Lee, W................................ BP 01Lee, W-B........................... GU 10Lee, W................................BU 12

Lee, Y. ............................... BS 13Lee, Y. ................................ES 12Léger, V. ............................ FD 01Leib, J. ...............................BD 07

*Leighton, C. ..................... DA 05Leng, Q. ............................ AD 10Lesnik, N............................ GS 08

*Levy, P. ..............................AA 06Lew, W-S...........................GB 01Lewis, L. ............................ED 06Li, F................................... AD 08Li, H. ..................................AC 08Li, H. ..................................GE 05Li, J. ...................................BQ 09Li, K. ..................................BD 05Li, K. ..................................CA 04Li, K. .................................EW 04Li, L. ...................................FS 07Li, N. ...................................FP 03Li, S....................................GB 01Li, S.....................................EP 02Li, S....................................EQ 07Li, X. ................................. AD 03Li, Y-F. ..............................CD 09Li, Y. ..................................AR 03Li, Y. .................................. ER 05

*Li, Z. ..................................AA 06Lieu, D. ...............................FE 09Liew, T...............................BQ 01Likhachev, A. .................... AS 03Lillywhite, S. ..................... BE 12Lim, C. ................................ES 11Lim, S. .............................. AQ 03Lim, S. ............................... ER 03Lin, H. ................................BR 07Lin, T. ................................CA 05Liou, Y. .............................BW 13Lisboa-Filho, P. ................. FR 19Lisfi, A. .............................. AP 09Liszka, A........................... DU 09Litsardakis, G.....................AR 08Litvinov, D......................... BP 14Litvinov, D.........................CB 10Litvinov, D........................ DD 05Litvinov, D........................ DU 04Litvinov, D..........................EP 04Litvinov, D......................... FB 07Litvinov, D......................... FQ 12Liu, B. ............................... AD 09Liu, B. ............................... AD 10Liu, B. ............................... AD 11Liu, B. ................................BQ 09Liu, B. ................................ BS 13Liu, B. ................................ DP 05Liu, B. ................................ DP 07

*Liu, C. ............................... TT 02Liu, C-T. ............................ FV 12Liu, C-T. ........................... GU 09Liu, F................................. AQ 08Liu, F..................................EQ 03

*Liu, F.................................. FB 05Liu, J. .................................AR 01Liu, J. ................................ AD 08

136

Liu, X. ............................... AQ 14Liu, X. ................................CC 04Liu, Z................................. BD 05Liu, Z................................. DU 02Liu, Z..................................EU 07

*Liu, Z..................................FA 01Liu, Z................................ GW 04Lo, C...................................AS 07Lo, C.................................. BD 07Lo, C.................................. BV 06Lo, C................................... FS 07LoBue, M. ......................... GC 02Lodder, C. ..........................AP 13Lodder, C. ......................... BD 03Lodder, C. ......................... BD 04Lodder, C. ..........................BT 01Lodder, C. ......................... DB 03Lodder, C. ........................ GW 08Lodder, J.............................AP 09Lodder, J........................... GW 08Loehndorf, M. ....................AE 01Loeliger, H-A. ....................BR 11Lograsso, T.........................AE 11Lograsso, T.........................AE 03Long, A. ........................... GW 09Lopez-Diaz, L. .................. GB 01Lopez-Diaz, L. ..................DD 03Lopez-Diaz, L. ...................EU 04Lopez-Diaz, L. .................. GR 08Lou, Y. ...............................BS 03Lu, J.................................. BW 09

*Lu, W. ................................EB 05Lu, Z..................................EW 10Lubitz, P. ............................AE 06Lucari, F. ............................BB 09Ludwig, A. .........................AE 02Luis-Vitalla, F. ...................FC 08Luk, P. ................................ FE 04Lukaszew, R...................... DR 02Lukaszew, R.......................GS 03Luna, C..............................DQ 12Luo, Y. ..............................GD 10Lyberatos, A......................DD 05Lyberatos, A....................... EP 04Lyberatos, A...................... EQ 09Lyberatos, A.......................FQ 12

MM a, J................................. AU 06Müller, K. ..........................GD 01Ma, B................................ GW 06Ma, B-M.............................BE 05Ma, B-M.............................BE 10Ma, X. ............................... BQ 10Ma, Y. ............................... AD 09Ma, Y. ............................... BQ 09Ma, Y. ................................GS 05Maat, S. ..............................BP 02Macedo, C. ....................... GW 03Macêdo, M. ....................... DR 13Machado, V........................AT 05Macken, D..........................BP 05Madami, M......................... ES 03

Maeda, T. ...........................ED 05Maesaka, A. .......................GS 02Mahlke, B...........................DT 06Maignan, A. .......................EE 08Makaveev, D. .................... BV 02Makridis, S. ....................... AR 08Malhotra, S........................ AB 01Malhotra, S........................ AB 03Malhotra, S..........................FP 04Malik, S. .............................DS 06Man, Y. ............................. AD 09Mancoff, F..........................BB 07Mangin, S. ..........................CC 02Manzin, A. .........................AT 07Mao, M...............................ER 07Mapps, D........................... AQ 01Marcelli, R. ...................... BW 04Marcelli, R. ...................... BW 15Marchon, B. ...................... AD 05Marcon, M..........................DE 01Marks, R............................. BP 02Marques, R. ........................AP 08Marques, R. ........................ FR 04Marques, R. ........................GT 05Martin, C. ...........................EE 08Martin, J. ............................EU 12Martin, J. ............................GS 12

*Martin, S. ...........................EB 05Martincic, E........................GE 08Martinez, E........................ GR 08

*Marty, A. ............................ED 03Maruyama, T...................... BS 09Maruyama, Y. .................. BW 08Masaaki, M. ...................... AD 02

*Masayuki, T. ..................... CA 02Masayuki, T. ......................EQ 01Masuda, N. .........................GE 04Masumoto, T. .................... GQ 01Masunari, N........................GP 07Mathur, N. ..........................EE 03Mathys, P. ......................... DQ 03Matsubara, R. .................... AQ 02Matsuda, Y. ........................DP 11Matsui, M. ..........................EE 07Matsukawa, N. ...................BB 05Matsuki, H..........................EV 06Matsuki, H..........................FU 05Matsuki, H..........................FU 11Matsuki, H..........................FV 13Matsuki, H..........................GE 07Matsumoto, M....................FU 08Matsumoto, M................... AD 10Matsuo, Y.......................... BU 02Matsuoka, H...................... BQ 05Matsuoka, K....................... BS 04Matsuoka, K.......................DP 04Matsushita, N. .................. BW 11Matsushita, N. ....................FD 12Matsushita, T......................DS 05Mattern, N. ........................ AR 13Mattheis, R. ........................ ET 03Mattheis, R. .......................EW 14Matthias, T. ....................... GD 03

137

Maurice, J. .........................GB 03Mayergoyz, I. .....................BD 10Mayergoyz, I. .................... DD 09Mazaleyrat, F. ....................BU 06Mazaleyrat, F. ....................FD 01McCloskey, P.................... DQ 09McGeehin, P. .................... AQ 11McHenry, M. ....................EW 07McHenry, M. .................... GD 04McKinstry, K. .................... AP 11McLaughlin, S. ..................BR 03McLaughlin, S. ..................EC 02McLaughlin, S. ..................GP 03McLaughlin, T. ................. AQ 10McLaughlin, T. ..................GS 07McMichael, R. .................. DD 08McNeill, K. ....................... AQ 10McVitie, S. .........................GB 06Md. nor, A.........................EW 11Meilikhov, E. ......................FP 10Meilikhov, E. .....................GT 11Melkebeek, J. .....................BV 02Melkebeek, J. .....................BV 10Melkov, G. ........................BW 02Melkov, G. ........................BW 03Melo, L...............................CD 04Mercer, T. .......................... AP 05Mercer, T. ..........................CE 02Merlo, F. ............................DS 07Metlov, K. ..........................EU 14Michel, R. .......................... EP 02Michels, A..........................DT 02Michurin, A........................ FR 10Middleton, B. ......................FP 11Middleton, B. ..................... AP 04Middleton, B. .....................CB 08Mikami, M. .........................FP 08Miles, J............................... AP 04Miles, J.............................. AQ 01Miles, J...............................BC 08Miles, J...............................CB 08Miller, C.............................BD 06Millis, A. ............................ EE 05

*Miltat, J. ............................ AA 02Miltényi, P. ........................AC 02Min, B-K............................AE 12Min, B-K............................FD 05Mircea, D. ..........................BD 10Mishima, C. .......................BE 02Mishima, C. .......................BE 04Mitani, S. ...........................ED 02Mitarai, H...........................BE 04Mitrovic, N. ...................... DQ 18Miura, K.............................CB 06

*Miura, K.............................DB 04Miura, M. .......................... DD 07Miyamoto, N...................... BP 06Miyashita, E. ......................EQ 04Miyata, K. ..........................EV 02Miyazawa, Y......................BD 12

*Mizuguchi, T......................BB 04Mizuno, K. ......................... EP 12Mizuno, M. ........................ BP 16

Mizuno, T. ..........................FE 11Mizuno, T. ......................... FV 02Mizuno, T. ......................... FV 01

*Mizushima, K. ................... FA 06Mizutani, T. ....................... FD 12Mochida, M. ..................... GQ 02Mochizuki, D. .................... FV 02Mohamed, E.......................AR 17

*Mohri, H. ..........................DC 06Mohri, K. ...........................CD 10Mohri, K. ........................... FU 08Mohri, K. ...........................GE 06Molstad, R. ........................ AP 02Monson, J...........................DB 06Montaigne, F.......................ES 06Montaigne, F......................CC 02Montaigne, F...................... ER 04Moon, B. ............................BU 05Moon, K............................. ER 11Moore, T. ...........................CC 09Morais, P............................ CE 05Morais, P............................ CE 06Morais, P............................ CE 07Morais, P............................ CE 08Morales, R. ........................EU 12Morales, R. ........................GC 08Morales, R. ........................ GS 12Morcos, A. ..........................FT 03Morellon, L. .......................AE 08Morais, P. .......................... CE 07Morgan, M. ........................DT 10Morgan, M. ........................DT 11Mori, M..............................GE 06Mori, T. .............................. CE 10Mori, Y. .............................GT 03Moriguchi, T. .....................ED 02Morinaga, A....................... BP 06Morinaga, Y.......................BB 05Morishita, H.......................BQ 05Morita, T. ........................... EC 01

*Moritz, J. .......................... DA 02Moroishi, M. ......................BU 04Morozkin, A....................... DS 06Morozumi, T. ..................... ER 01Moser, A. ...........................AB 09

*Moser, A. ...........................DB 04Moses, A. ...........................BV 15Mota, M. ............................AR 12Motohashi, K. .................... AP 10Motoyama, M. ................... FD 08Motsnyi, V. ........................BB 10

*Motsnyi, V. ........................ FA 01Moulin, J. ...........................BU 06Mueller, A......................... DU 03Mukasa, K........................ GW 01Mukhopadhyay, S. .............GE 11Muller, K-H. ......................DR 06Muller, K-H. ......................GB 11Muller, M...........................BD 06Müller, K-H. ......................AR 13Müller, K-H. ...................... FR 16Munakata, M...................... FD 08Muñoz, J. ...........................BU 13

138

*Muñoz, J............................ DC 04Murakami, J. ......................EV 06Muramatsu, K. .................. GE 06Muraoka, H. ...................... AQ 05Muraoka, H. ...................... AQ 09Muraoka, H. .......................CB 06Muraoka, H. .......................CC 06

*Muraoka, H. ...................... DB 04Muraoka, H. ....................... EP 11Muraoka, H. ....................... EP 13Muraoka, H. .......................FB 03Muraoka, H. .......................FQ 01Muraoka, H. .......................FQ 02Muraoka, H. .......................GP 02Muraoka, H. .......................GP 07Murdock, E........................ DR 14Murphy, J. ..........................DP 02

*Munteanu, M..................... BA 02

NNa, J-G. .............................. FP 09Na, K-H.............................. FP 09Naduka, M......................... GU 03Nagae, E. ............................ ES 09Nagasaka, K. ..................... AC 04

*Nagasaka, K. ..................... GA 05Nagase, T. ......................... ED 05Nagashima, K.....................EV 09Naito, K. ............................ AB 10Nakagawa, S. .....................FQ 05Nakagawa, S. .....................FQ 13Nakagawa, S. .....................CC 03Nakagawa, S. ....................DQ 11Nakagawa, S. ..................... EP 12Nakai, K. ............................FU 01Nakajima, K. ......................BB 06Nakamoto, K. .................... EQ 02Nakamura, A. ....................DQ 14Nakamura, K. .................... GC 03Nakamura, K. .................... DU 01Nakamura, M. ....................FQ 02Nakamura, S.......................DP 11Nakamura, T. ................... BW 11Nakamura, Y. ....................DD 10Nakamura, Y. .................... AQ 05Nakamura, Y. .................... AQ 09Nakamura, Y. .....................CB 06Nakamura, Y. .....................CC 06

*Nakamura, Y. .................... DB 04Nakamura, Y. ..................... EP 11Nakamura, Y. ..................... EP 13Nakamura, Y. .....................FB 03Nakamura, Y. .....................FQ 01Nakamura, Y. .....................FQ 02Nakamura, Y. .....................GP 02Nakamura, Y. .....................GP 07Nakano, M......................... AR 04Nakano, M.........................DQ 17Nakano, M..........................FD 03Nakao, F. ...........................DQ 06Nakao, F. ............................EV 08Nakashio, E. .......................AP 17Nakatani, Y. ......................DD 04

Nakatani, Y. ....................... EP 05Nakatani, Y. ....................... EP 06Nakatani, Y. ...................... GR 09Namizaki, Y. ..................... BU 11Naoe, M.............................. EP 12Napoletano, M. ..................DS 07Natali, M. .......................... GB 01Natali, M. ...........................EU 04Nayak, A. ...........................BR 03Nayak, U. .......................... BQ 04Nazarov, A. ........................ BP 11Nazarov, A. ...................... BW 10Neagu, M............................AS 11

*Nelson, E............................EB 03Nemoto, H..........................GP 02Nenkov, K. ......................... FR 16Nerg, J. .............................. GU 02Neto, K. ..............................CE 07Ng, D................................. BV 06Ng, D..................................AS 07Nguyen, H. ......................... FR 07Nguyen, L. .........................AP 09Nguyen, P........................... BP 02Nguyen Van Dau, F. ..........ER 04Niarchos, D. ...................... AR 08Nichols, M......................... BD 11Nichols, M......................... CA 06Nielsch, K. ........................ GB 02Niemelä, M. ...................... GU 02Niepce, J.............................GT 04Niesen, L. ...........................FD 06Niesen, L. ........................... ES 01Nigam, A........................... BU 01

*Nijboer, M. ........................FA 01Nikitin, S. .......................... AR 13Nikitin, S. .......................... AR 14Nikitov, S. ........................ BW 04Nikitov, S. ......................... GV 05Nishida, S. ..........................DP 01Nishii, T. ............................EU 13Nishikawa, K......................DE 11Nishimura, K......................CE 04Nitta, S-I.............................FU 05Niwa, H. .............................DT 01Nizzoli, F........................... GV 13Nóbrega, L. ....................... DU 08

*Nogues, J........................... DA 05*Nolting F. ...........................EB 02

Nonaka, T...........................FV 13Novoselov, K. ................... GB 10Nowak, J. ........................... BP 10Nowak, J. ........................... BP 11Nuñez, N. ...........................AP 06

*Nunokawa, I. ...................... FB 06Nunome, S..........................GE 11Nutter, P. ............................BC 08Nyenhuis, J.........................DT 09Nyenhuis, J.........................DT 10

OO’Connor, C.......................AE 09O’Connor, C....................... FC 07O’Connor, C.......................GT 08

139

O’Grady, K. .......................AB 06O’Grady, K. .......................AC 01O’Grady, K. ....................... ET 06Ocal, C. ..............................GT 02Odagawa, A. ......................BB 05O'Donnell, D. ..................... BP 03O'Donnell, D. ..................... BP 17O'Donnell, D. ..................... ES 11O'Donnell, D. .....................GS 07O'Donnell, T. .................... DQ 09Ogale, S.............................. EE 05Ogata, S..............................DE 11Ogawa, M. .........................AT 01Ogawa, Y. ..........................DP 04Ogrin, Y. ........................... AV 01Oh, H..................................DB 10Oh, J. ..................................BU 07O'Handley, R. ....................DR 05Ohashi, K. ..........................EV 02

*Ohba, K..............................BB 04Ohga, S...............................BE 03Ohira, Y. ........................... GU 03

*Ohldag, H...........................EB 02Ohmori, H. .........................GS 02

*Ohno, H.............................. FA 03Ohno, H............................ GW 01Ohnuma, M. .......................DR 09Ohtsu, T. ............................ BP 06Oikawa, T. .........................FQ 02Oka, H. ...............................BU 11Oka, H. ...............................EV 04Oka, M. ..............................BV 13Okada, K. ........................... BS 03

*Okada, T............................. FB 06Okada, Y. ........................... FB 10Okamoto, I. ........................AB 04Okamoto, I. .........................FP 01Okamoto, T. .......................FQ 05Okamoto, T. .......................FQ 13Okamoto, Y........................BR 09Okamoto, Y........................GP 07Okamura, E. ....................... BS 14O'Kane, C........................... BP 05Okazaki, Y. ........................CC 05Okazaki, Y. ........................DT 01Okazaki, Y. ........................ AP 03Okinaga, K. ....................... GU 13Okuda, H............................EQ 04Okuno, T. .......................... GV 13Olias, E...............................AT 02Olivier, A. ..........................FD 07Olivier, V. ..........................FD 07Olson, T. ............................CB 08Olszewski, J. ......................GC 04Olszewski, J. ......................GC 11O'Mathuna, S. ................... DQ 09O'Neill, D. .......................... BP 17Ong, E-H............................ BS 03Ono, Y................................ FR 05Onodera, S. ........................ AP 10Onoe, S............................... AP 17Ooi, K-K. ........................... BS 06Oral, A. ............................. DU 07

Osada, H. ...........................BU 11Osada, H. ...........................EV 04Osawa, H............................BR 09Osawa, H............................ GP 07Oshima, H. .........................AC 04

*Oshima, H. ........................ GA 05Ostorero, J......................... GV 06O'Sullivan, J.......................BD 06O'Sullivan, J....................... EC 11

*Ota, N................................ GA 03Ott, F. ................................. ER 08Ouchi, K.............................BQ 03Ouchi, K..............................EP 03Ouchi, K............................. FB 03Ouchi, K............................. FQ 04Ounadjela, K. .....................GB 04

*Ovari, T..............................DC 05Ovidiu Florin, C.................BU 09Owen, N.............................BC 11Ozgunes, I. ......................... GP 01Ozgunes, I. ......................... GP 03Ozue, T. ............................. AP 10Ozue, T. ............................. AP 01

PPaiva-Santos, C.................. FR 04Pakhomov, A. .................. GW 06Palmer, D. ...........................EP 02Palomares, F. .....................GT 02Pan, G. ............................... FB 09Pan, Q. ...............................AE 10Pan, V. ..............................BW 02Pan, V. ..............................BW 03Panagiotopoulos, I. ............AR 08Pang, S. ..............................AB 05Pang, S. ..............................EQ 12Pang, S. ...............................FP 02Pang, W..............................ED 09

*Panina, L. ..........................DC 06Pankratov, N. .....................AR 14Paoluzi, A. .........................AE 08Papusoi, C. ..........................FP 05Pardavi-Horvath, M. ..........BC 01Pareti, L..............................AE 08Park, B. ..............................DE 03Park, C-M. ........................ AQ 16Park, D. .............................. FV 07Park, G. .............................. FV 07Park, J. ............................... BS 10Park, K-M. ..........................FP 09Park, N. ..............................DB 10Park, N. ..............................GR 06Park, S. ............................... FV 07Park, Y. ............................. DQ 16Parker, J. ............................CC 10

*Parkin, S............................ GA 04Partanen, J......................... GU 02Pasquale, M. ......................AE 11Passacantando, M. .............BB 09Patton, C. ..........................BW 07Patton, C. ..........................BW 10

*Patton, C. ...........................EA 01Patwari, M. ........................ FB 02

140

Paulsen, J............................DS 08Pei, Y..................................FR 11

*Peng, C. ..............................EE 06Peng, Y.............................. BU 16Pennec, Y. ......................... AC 06Pennec, Y. .......................... ES 06Pennec, Y. ..........................ET 02Perales-Perez, O. ................FC 03Perales-Perez, O. ................GT 14Permiakov, V. ................... BV 10Pernod, P. ...........................AS 04Pernod, P. ...........................AS 05Perov, N. ............................GT 04Perumal, A. ....................... GC 10Pescia, D............................ BD 01Petford-Long, A. ................ET 06Petford-Long, A. ............... AC 10Petford-Long, A. ................BC 11Petford-Long, A. ................GS 05Petit, F. ...............................AS 05Petkovska, L......................DQ 04Petroff, F. .......................... DE 01Petroff, F. ...........................ER 04Petroff, F. ........................... ES 06Petroff, F. ...........................FC 08

*Petrou, A. ...........................FA 02Peverley, J. .........................BC 01Pham, T. ............................ DB 11Phan, K...............................AP 09Phan, K.............................. DB 03Phillips, G.......................... BD 03Phoa, A...............................BC 12Picozzi, P............................BB 09Picozzi, S............................FR 09

*Pietzsch, O. ........................EB 06Piotrowski, L..................... BV 11Piramanayagam, S............. AQ 12Piramanayagam, S.............. FP 02Piramanayagam, S............. AB 05Piramanayagam, S............. EQ 12Piraux, L........................... BW 01Piraux, L............................ GB 03Piraux, L............................ GB 04Pirzada, S. ......................... AD 08Pisarev, R. ......................... GV 09Pit, R.................................. AD 05Pizzini, S. .......................... AC 06Pizzini, S. ........................... ES 06Pizzini, S. ...........................ET 02Pleite, J. ..............................AT 02Plumer, M...........................CB 07Plumer, M...........................FQ 08Pogorelov, Y. .....................GS 08Pogoriliy, A........................GT 08Polinder, H. ........................ FT 02Ponde, J. ............................ GE 05Popa, A.............................. GB 04Popova, E. ......................... DR 12Portalupi, M. ..................... DE 01Porter, D. ........................... GR 02Postma, F.......................... GW 08Postma, F.......................... GW 08Poulnikov, A. .................... BV 10

Pourroy, G..........................GT 04Prasad, S............................ BU 01Prasad, S............................ GV 11Prasad, V. ...........................DS 06Preobrajenski, V.................AS 04Preobrajenski, V.................AS 05Priye, V. .............................DS 01Profumo, F. ........................ FT 12Puehler, A. .........................GE 01Pyrhönen, J........................ GU 02

QQin, B. ................................ BS 03Qin, H................................. FR 11Qiu, J. .................................BB 02Qiu, J. ................................ BD 05Qiu, J. ................................ CA 04Qu, F...................................CE 06Quandt, E. ..........................AE 02

RRadczuk, M. ...................... AU 12Radkovskaya, A. ................GT 04Ragusa, C. ......................... AU 11Ragusa, C. ...........................FS 03Rahman, M......................... ES 11Rahman, M....................... GW 09Rajtar, P............................. AD 06Rakhmanov, A. ................ BW 18

*Raman, V. ......................... AD 01Ramiarinjaona, C. ..............FD 02Ramirez, J. .........................FU 09Ramos, G........................... AR 10

*Ranjan, R........................... BA 02Ranno, L............................ DR 01Ranno, L.............................EE 04Ranno, L.............................ER 08Raposo, V.......................... DQ 12

*Rasing, T. .......................... AA 03*Rasing, T. .......................... GA 03

Rasing, T. .......................... GV 09*Rauch, G. C....................... BA 02

Raveau, B. ..........................EE 08*Ravelosona, D. ...................ED 03*Ravlic, R. ...........................EB 06*Re, M................................. BA 04

Re, M..................................EQ 03*Re, M.................................. FB 05

Redjdal, M......................... GR 04*Regan, T. ............................EB 02

Reider, G. ...........................DS 04*Reimann, P. ........................EB 05

Reiss, G. .............................GE 01Reiss, G. ............................ GR 11Rettner, C. ......................... AB 09Rettner, C. ...........................FP 14Rhee, J................................ ET 01Rhee, J................................GT 07Rheem, Y. ......................... CD 02Rheem, Y. ......................... DQ 16Rhen, F. ............................. AR 07Rhen, F. ..............................CE 01Rho, I..................................DE 10

141

Rice, P. ............................... BP 02Rice, P. ...............................CA 08Richter, H...........................AB 07

*Richter, H...........................BA 02*Richter, H. J. ......................BA 03

Rieger, G........................... AV 07Riemer, S. ......................... AQ 11Rippard, W.........................BB 08Ristau, R. ...........................ED 06Rizzo, N. ............................BB 08Robert, F. .......................... DQ 03Robert, F. .......................... DQ 10Rodewald, W. ....................BE 01

*Rodmacq, B. .................... DA 02Rodrigues, A. ..................... FU 09Roger-Folch, J................... AU 09Rolim, L. ........................... GU 01Romera, D..........................BV 05Rong, T. ............................ GD 03Roscamp, T. .......................FQ 07Ross, C. ..............................BC 05Rossi, A..............................GP 02Rossler, U. .........................DR 06Rossler, U. .........................GB 11Ros-Yañez, T. ....................BV 05Ros-Yañez, T. ....................BV 09Roth, S. ............................. DQ 18Rottländer, P. .....................ER 04Rousseaux, F......................BU 03Rousseaux, F......................EU 04Roy, A. ...............................DB 08Rozanov, K. ......................BW 18Ruane, M............................GR 04Rubio, H............................ DD 02Rubio, H.............................GT 10Rüdiger, U.......................... FR 17Rudkowska, G....................CD 04Ruehrig, M. ....................... AV 06Ruehrig, M. ........................ ET 07Ruiz-Genovés, A. ............. AU 01Rupp, G............................. AV 06Russek, S............................BB 07Russek, S............................BB 08Russek, S........................... GV 01

*Rychen, J............................EB 05Ryo, Y. ............................... FV 07

SSablik, M............................BV 11Sadeghian, A.......................FS 05Saegusa, S. .........................DP 11Safarov, V. .........................BB 10

*Safarov, V. ......................... FA 01Safonov, V. ........................ BP 07

*Safonov, V. ........................EA 06Safonov, V. ........................EQ 09Sagoi, M.............................BB 06Sahana, M. ......................... FR 16

*Sahashi, M. ........................CA 02Sahashi, M. ........................EQ 01Saint-Olive, C. .................. AD 05Saito, A. ............................. BS 07Saito, H. .............................BR 09

Saito, H. ............................. GP 07Saito, O. ..............................FT 13Saito, S. ............................. DQ 11Saito, S. .............................. FQ 06Saito, Y. .............................BB 06Saito, Y. ..............................FS 11Sajin, G. ............................BW 15Sakai, J. .............................. FR 07Sakai, Y.............................. FQ 10Sakuma, A. ........................ED 04Sakuma, T. .........................BU 04Sakurai, M. ........................AB 10Salazar-Palma, M...............AU 01Salon, S. .............................DT 12Salvini, A. ...........................FS 09Samajdar, I. ........................BU 01

*Samson, Y..........................ED 03Sanada, A..........................BW 14Sandhu, A. ........................ DU 07Sankaranarayanan, V. ........ DS 06Sano, N. .............................BV 08Sano, S. ..............................CC 03Santos, J. ............................ GS 08Santucci, S. ........................BB 09Saotome, H. ........................FT 13Saotome, H. ........................FT 14Sarkar, T. ...........................AU 01Sarudate, C......................... FV 05Sasaki, S............................ AD 07

*Sasaki, T. ........................... FA 04Sasso, C..............................AE 11Satnkiewicz, J. ...................CC 10Sato, A. ..............................DE 09Sato, F. ...............................EV 06Sato, F. ............................... FU 05Sato, F. ............................... FU 11Sato, F. ............................... FU 12Sato, F. ............................... FV 13Sato, F. ...............................GE 07Sato, H. .............................EW 09

*Sato, R................................ FA 06Sato, T................................EV 06Sato, T................................ FU 05Sato, T................................ FV 13Sato, T................................GE 07Sato, T................................GT 09Sato, T................................BU 04Sato, T...............................BW 08Sato, T................................EV 03Sato, Y. .............................. BS 14Sato, Y. .............................. EC 01Satoh, M............................ GQ 01Satomi, M. .........................BB 05Saunders, D....................... AQ 10Savin, P. ..............................ES 07Scattergood, R. .................. BE 05Schabes, M.........................CB 01Schad, R.............................CC 08Schaefer, R........................ DD 01Schaefer, R......................... ET 07Schaefer, R......................... ET 08Schaefer, R......................... GS 10Schare, J. ............................ FB 01

142

Schauwers, J-P. .................DQ 03Scheck, C. ..........................CC 08Schepper, W. ..................... GE 01Schepper, W. ..................... GR 11Schneider, C. ......................ET 08Schneider, T. ......................ER 07Schoenmaker, J. ................ DU 08

*Scholl, A. ...........................EB 02Scholz, W. .........................DD 06Scholz, W. .......................... FP 12Scholz, W. .........................GD 03Scholz, W. ......................... GV 02Schotter, J.......................... GE 01Schotter, J.......................... GR 11Schrefl, T...........................DD 06Schrefl, T............................ FP 12Schrefl, T........................... GB 09Schrefl, T...........................GD 03Schrefl, T........................... GV 02Schuhl, A............................CC 02Schuhl, A............................ER 04

*Schuller, I. ......................... DA 05*Schuller, I. ..........................EB 03*Schultz, G...........................EB 01

Schultz, L. ..........................ET 07Schultz, L. ..........................ET 08Schultz, L. ..........................GS 10

*Schumacher, H. ................. AA 02Schumann, F. .................... DR 03Schweinböck, T................. GB 02Scott, M. ........................... BW 07Seagle, D. .......................... EQ 06Seidel, R. ........................... AV 06Seidel, R. ............................ET 07Seigler, M.......................... AC 12Seki, K............................... BU 11Seki, K................................EV 04

*Sekine, M. ......................... GA 03Selezn'ov, A. .................... BW 22Sellmyer, D. ...................... ED 07

*Senanan, K. ....................... GA 01Sendoh, M. .........................FU 10Sendoh, M. .........................FU 11Sendoh, M. ........................ GE 07Senta, Y. .............................BS 14Serghei, S. .......................... FS 02Serna, C. .............................AP 08Serpico, C..........................DD 09Sethupathi, K......................DS 06Seyama, Y. ........................ AC 04

*Seyama, Y. ........................ GA 05Shan, Z. ............................. AB 01Shan, Z. ............................. AB 03Shan, Z. ............................. AR 01Shan, Z. .............................. FP 04Shang, C. ............................ER 11Shao, K...............................AT 04Shao, K.............................. AU 02Sharma, N...........................BP 05Shen, I. ...............................BS 10

*Shen, L. ............................. DC 06Shen, L. ............................. GE 06Sheng, N............................ AD 11

Sheppard, L. ...................... AV 08Shi, S. .................................ER 07Shi, X. ............................... AV 04Shi, X. ................................ER 10Shieh, H-P. ........................ AB 11Shieh, W............................ DU 06Shigemune, M. ...................GT 09Shih, A. ..............................BE 05Shiiki, K. ............................ER 01Shim, I-B............................ FR 03Shima, T. ............................ED 02Shimada, K.........................AT 03Shimada, K.........................CE 09Shimada, Y.........................FD 08Shimakura, T..................... DU 01Shimasaki, H. .....................DS 01Shimatsu, T. ...................... AQ 09Shimatsu, T. .......................CC 06Shimatsu, T. ....................... EP 11Shimatsu, T. .......................FQ 01Shimatsu, T. .......................FQ 02

*Shimizu, S. .........................FA 04Shimizu, Y. ....................... AC 04

*Shimizu, Y. ....................... GA 05Shimoji, H. ........................ AU 04Shimoji, H. ........................ DU 11Shin, B............................... AD 06Shin, D. ..............................AE 12Shin, K. ..............................ER 02Shinde, S. ...........................EE 05Shindo, H. ..........................DP 11Shinjo, T............................ GV 13Shinoda, K..........................GT 14Shinoda, K.......................... FC 03Shinohara, K-I.................. BW 06Shinohara, T.......................GT 09Shiomi, S. ...........................EU 13Shiota, T. ............................ FR 05Shirai, T..............................AP 01Shirakawa, K..................... GQ 01

*Shpiro, A. .......................... AA 06Shuchi, S. ...........................CE 10

*Shukla, N............................ TT 02Shute, H............................. AQ 01Shute, H..............................CB 08Shyuchi, N..........................CE 09Siekman, M. ...................... BD 03Siekman, M. ...................... BD 04Sikola, T. ........................... DR 01Silva, M.............................. ES 05Silva, O. .............................CE 08Silviu, C. ............................ ES 02Sin, K. ............................... AV 04Sin, K. ................................ER 07Sin, K. ................................ER 10Singh, B.............................. FT 09Singh, L............................. GV 10Singla, N. ...........................EC 11

*Singleton, E. ..................... BA 02Sivasubramaniam, K..........DT 12Skomski, R.........................ED 07Skourski, Y. ...................... AR 13

*Slade, S. ........................... BA 02

143

Slavin, A. ..........................BW 02Slavin, A. ..........................BW 03

*Slavin, A. ...........................EA 03*Slawska-Waniewska .........DC 01

Smith, B. ............................BE 10Smith, P..............................DP 02Sng, V. ............................... BS 02Sng, V. ............................... BS 02Snyder, J. ...........................BD 07Snyder, J. ...........................DS 08Soda, Y............................... AP 10Soeya, S. ............................ EE 07Soh, Y-A. ........................... EE 03Sohatsky, V...................... GW 05Song, H. .............................EC 10Song, J................................FD 05Sonobe, Y. .........................CB 06

*Sonobe, Y. .........................DB 04Sonobe, Y. ......................... EP 13Sonobe, Y. .........................GP 02

*Sonoda, S. .......................... FA 04Soo, E................................ AQ 12Soo, E.................................GS 01Souche, Y.......................... DU 08Sourty, E. ........................... AP 15Sousa, J. .............................GS 08

*Sousa, R. ........................... AA 02Souza, J. ............................. FR 04Sozinov, A. ........................ AS 03Sparks, P. ..........................EW 01Spenato, D.......................... ET 09Spinu, L.............................. FC 07Spinu, L...............................FP 06Spinu, L...............................FS 06Spisak, D............................DR 04Spitzer, R. ......................... AV 08Spousta, J. ..........................DR 01Srikanth, H. ........................ FC 07Stafford, D. ........................AB 01Stafford, D. ........................AB 03Stafford, D. .........................FP 04

*Stageberg, F. .....................BA 02Stampe, P. ..........................CC 10

*Stamps, R. ......................... DA 04Stamps, R. ......................... DD 06Stancu, A............................ AP 05Stancu, A............................ FC 07Stancu, A.............................FP 06Stancu, A.............................FS 04Stancu, A.............................FS 06Steingrimsson, B................EC 09Stern, N. ............................EW 01Stewart, P. ......................... GU 08Stirniman, M. .....................BQ 10Stoev, K. ........................... AQ 08Stoev, K. ............................EQ 03

*Stoev, K. ............................ FB 05*Stohr, J. .............................EB 02

Stoica, V.............................DR 02Stoica, V.............................GS 03Stoleriu, L. ......................... AP 05Straka, L.............................AE 04Straka, L.............................AE 05

*Stroud, R. ..........................DC 03Stuerga, D. .........................GT 04Suarez, S. .......................... DD 02Suárez, F. ...........................DT 03Subramanyam, S................ DS 06Suemitsu, W...................... GU 01Suenaga, R. ........................EV 02Sueoka, K......................... GW 01Suess, D. ........................... DD 06Suess, D. .............................FP 12Suess, D. ........................... GV 02

*Suga, K. ............................. FA 04Sugawara, E. ..................... GQ 01Sugawara, J. ....................... AP 17Sugawara, T. ...................... EC 01

*Sugawara, T. ..................... GA 05Sugimoto, S. ...................... BE 03Sugimoto, S. .....................BW 06Sugimoto, S. ..................... DQ 14Sugimoto, S. ......................EU 01Sugita, Y. ...........................BB 05Sugita, Y. ...........................CB 04Sugita, Y. ...........................CC 06Sullivan, J. ......................... AP 15Sulzbach, T. ...................... DU 03Sun, C. ............................... GS 01Sun, S. ................................ FC 04

*Supper, N. ..........................DB 04Suran, G. ............................GC 09Suzuki, H. ......................... GQ 01Suzuki, H. ......................... DU 01Suzuki, K. ..........................EU 08Suzuki, K. .......................... AP 01Suzuki, S-N.........................FT 13Suzuki, T............................DR 08Suzuki, T............................ED 04Suzuki, T.............................EP 07Suzuki, T............................ FC 01Suzuki, T.............................FP 05Suzuki, T........................... GQ 02Suzuki, T........................... DQ 13Svalov, A. ...........................ES 07Svec, P. ..............................AE 07Svedberg, E....................... DU 04Swagten, H.........................DE 04Swagten, H......................... ER 09Swaminathan, R................ GD 04Szpryngacz, M. .................. AS 12Szpryngacz, M. .................. AS 13Szymczak, H. ..................... FR 06Szymczak, R. ..................... FR 18

TTabat, N. ............................ BP 11Taguchi, R. ........................EQ 04Tahk, Y. .............................EQ 11Tailhades, P. ..................... GV 05Takada, A........................... BS 03Takae, S. ............................ FU 06Takagi, T............................ FU 05Takahashi, H. ..................... DP 11Takahashi, H. ..................... EE 07Takahashi, K-I. ................. DQ 17

144

Takahashi, K-I....................FD 03Takahashi, M..................... DE 11Takahashi, M...................... FP 08Takahashi, M......................FQ 06Takahashi, N. .................... AQ 02Takahashi, N. .....................AT 03Takahashi, N. .....................DT 07Takahashi, N. .....................EV 02Takahashi, N. .....................FV 09Takahashi, S. ..................... BV 03Takahashi, Y. .................... DR 09Takai, M. ............................ FE 11Takanashi, K. .................... ED 02

*Takano, K.......................... DB 04Takano, Y...........................BS 07Takashima, K. ....................DS 02Takayama, A. .....................DS 05Takemoto, Y. .....................FV 04Takenoiri, S. .......................FQ 10Takeshita, K. ......................FV 01Takezawa, M......................FD 09Talke, D............................. BQ 07Talke, D..............................DP 02Talke, D..............................DP 06Tamaki, N.......................... GE 04Tamaki, T. ......................... EQ 04

*Tamaru, S. .........................EA 04Tan, S. ................................BC 12Tan, W................................EC 03Tanaka, A. ......................... AC 04

*Tanaka, A. ......................... GA 05Tang, H.............................. AD 03Tang, H.............................. BQ 10Tang, W.............................GD 02Tang, Y...............................EU 02Tani, Y. ..............................DT 01Taniguchi, T. ..................... GC 03Taniuchi, H........................ BU 11Taniuchi, H.........................EV 04Taniyama, T. ......................GT 09Taniyama, T. .................... GW 02Tannous, C. ........................GS 09Taraba, M. ..........................DT 06Tashiro, K...........................EV 01Tashiro, K...........................EV 09Tatewaki, M. ......................BS 09Tateyama, K. ..................... EQ 01Tehrani, S. ..........................BB 08Tenconi, A.......................... FT 12Terakawa, M. ..................... EP 11Tereshina, I........................ AR 13Tereshina, I........................ AR 14Terris, B. ........................... AB 09Terris, B. ............................ FP 14

*Terris, B. ............................ TT 01Tessier, M.......................... DR 12Tetsukawa, H. ....................AP 10Tezuka, N. ..........................EU 01Thang, P. ........................... AR 15Thangaraj, A. .....................EC 02Thiaville, A. ...................... GV 07Thibaut, D. .........................BC 07Thomas, L. ........................ DR 12

*Thompson, T. .................... CA 01Thomson, T. ...................... AB 09Thomson, T. ........................FP 14Thong, J...............................FP 13

*Thornton, B. ..................... BA 06Tiberkevich, V. ................ BW 02Tiberkevich, V. ................ BW 03Tiberto, P........................... CD 06Tiberto, P........................... GC 02Tiercelin, N. .......................AS 04Tiercelin, N. .......................AS 05Tillmanns, A. .................... AC 02Tiron, R. .............................EE 04Todaka, T. ..........................AS 12Todaka, T. ..........................AS 13Todd, R. .............................EC 03Tohji, K. ............................. FC 03Tokunaga, K.......................BE 08Tomida, T.......................... BV 01Tomida, T.......................... BV 08Tondra, M. ........................ AV 05Tong, H. ............................ AQ 08Tong, H-C. .........................ER 10Toporov, A. ....................... DR 08Torcunov, A. ..................... CD 05Torok, E. ........................... AV 08Torres, L............................ DD 03Torres, L............................ GR 08Torres Cabrera, C.............. BU 13Torres-Bruna, J. ................. FC 08Trapanese, M.......................FS 08Triyono, D......................... GC 02Trohidou, K........................GT 13Troyanchuk, I. .................... FR 06Trukhanov, S...................... FR 06Tsai, C. ............................. BW 13Tsai, F. ............................... FR 01Tsai, J. ................................EU 10Tsai, J. ............................... GD 07Tsang, C. ........................... CA 07Tsang, C. ........................... CA 08Tse, C. ............................... BD 10Tselepi, M. ........................ DR 07Tselepi, M. .........................EU 04Tsiantos, V. .........................FP 12Tsiantos, V. ....................... GV 02Tsu, I-F............................... BP 10Tsu, I-F.............................. DR 14Tsuchida, Y. ...................... BV 12Tsuchida, Y. ...................... BV 13Tsuchiyama, R. ................. AD 02Tsuda, N. ............................ BS 09Tsuji, N. .............................FV 08Tsunashima, S. ................... ES 09Tsunashima, S. ...................EU 08Tsuneki, K.......................... BP 16Tsunoda, M. .......................DE 11Tsutsumi, M. .................... BW 12Tsutsumi, M. ......................DS 01Tsutsumi, S-I..................... AR 04Tucker, J............................ DD 10Tucker, J............................ GR 01Tumanski, S. ......................AS 01

145

Tumanski, S. ..................... DU 09Turgut, Z. .......................... GD 04Tutkun, N. ..........................BV 15

UUchikawa, Y. ..................... FU 01Uchikawa, Y. ..................... FU 03Uchiyama, H. .....................DP 04

*Uchiyama, T. .....................DC 06Ueda, T..............................BW 12Ueda, T...............................DS 01Uehara, Y. ..........................CA 03Ueno, S............................... FU 02Ueno, S............................... FU 04Uesaka, Y.......................... DD 04Uesaka, Y........................... EP 05Uesaka, Y........................... EP 06Uesaka, Y...........................GR 09Uestuener, K. .....................BE 01Uhm, Y...............................ER 03Ullakko, K..........................AE 04Ullakko, K..........................AE 07Ullakko, K.......................... AS 03Ullakko, K..........................AE 09Ulyanov, A......................... FR 02Ulyanov, A......................... FR 12Upadyay, P..........................FT 09

*Urban, R.............................EA 02Usov, N. ............................ DU 06Usov, N. .............................GR 01Ustinov, A.........................BW 17Utsuno, M. ......................... FE 11Uwazumi, H. ......................FQ 01Uwazumi, H. ......................FQ 02

VVais, J.................................DR 01Valcu, B. ............................EQ 08Valenzuela, R.....................CD 01Valenzuela, R.................... GD 09Valera-Perez, J. ...................FP 11Valvidares, S......................GC 08Van de Veerdonk, R. .........BD 09

*Van de Veerdonk, R. .........EA 04Van de Vin, C. ...................DE 04

*Van den Berg, H. .............. AA 03Van den Bos, A..................BD 04

*Van Dorpe, P. .................... FA 01Van Ek, J............................CB 07Van Ek, J............................FQ 08Van Kesteren, H................ GQ 03Van Roy, W. ......................BB 10

*Van Roy, W. ...................... FA 01Van 't Erve, O. ................. GW 08Vandenberghe, R. ..............BV 05Vanhelmont, F. ..................DE 07Varanda, L. ........................ AP 08Varanda, L. ........................ FR 04Varanda, L. ........................GT 05

*Vas’ko, V. ..........................BA 02Vas’kovskiy, V. ................. ES 07Vasic, B..............................GP 05Vasilchenko, S. .................BW 22

Vaurès, A. ..........................DE 01Vavassori, P. ......................AB 08Vavassori, P. .......................ES 03Vaz, C. ...............................GB 01Vazquez, M........................GR 10Vázquez, J..........................AT 02Vázquez, M....................... DQ 12Velazquez, J.......................GR 10Velez, M. ...........................EU 12Velez, M. ...........................GC 08Veloso, A. .......................... AP 18Venkataramani, N..............BU 01Venkatesan, M. ..................AR 06Venkatesan, M. ..................AR 07Venkatesan, M. .................. FR 15Venkatesan, T. ................... EE 05Verdier, M. ........................AC 11Verna, A.............................BB 09Verschuren, C. .................. GQ 03Vicent, J. ............................EU 12Victora, R........................... FB 02

*Victora, R.......................... GA 01Vieth, M.............................AV 06Vila, L. ...............................GB 04

*Vincze, I.............................GC 01Visscher, P. ....................... GV 03Vogel, J. .............................AC 06Vogel, J. ..............................ES 06Vogel, J. ............................. ET 02Von Molnar, S. ..................CC 10Vopsaroiu, M. .....................FP 06Vorathitikul, V....................FP 11Vorathitikul, V...................BC 08Vovk, A..............................AE 09Vovk, A..............................GT 08

*Vukadinovic, N..................EA 05Vukadinovic, N................. GV 06Vurens, G...........................BQ 07Vurens, G........................... DP 06

WWachenschwanz, D. ..........AB 01Wachenschwanz, D. ..........AB 03Wachenschwanz, D. ...........FP 04Wachenschwanz, D. .......... FQ 11Wada, T..............................DE 09Wade, T..............................AV 03Wade, T..............................DE 08Waeckerle, T...................... FD 02Wakasono, H. ....................AT 03Wako, N............................ GQ 01Wall, B. .............................. BE 01Wallash, A. ........................CA 06Walter, T. ........................... FR 16Walton, A........................... BE 12Wang, D.............................AV 05Wang, J. .............................AB 05Wang, J. .............................BQ 06Wang, J. .............................EQ 12Wang, J. ............................ AQ 12Wang, J. .............................ED 01Wang, J. ..............................EP 08Wang, J. ..............................FP 02

146

Wang, J............................... FP 13Wang, J...............................GS 01Wang, J...............................GS 04Wang, J.............................. EQ 03

*Wang, J...............................FB 05Wang, J.............................. AR 11Wang, J.............................. DE 02Wang, L.............................. EP 02Wang, L............................. EQ 07

*Wang, L-C..........................FB 05Wang, N. ...........................DQ 09Wang, R-H. ....................... BQ 04Wang, S. ............................DQ 05Wang, S. .............................ER 06Wang, S. .............................AP 07Wang, S. ............................ DB 02Wang, S. ............................ DR 07Wang, X. ........................... EQ 09Wang, Y. ............................ET 06Wang, Y. ........................... GU 04Wang, Y-H. ........................CC 01Wang, Z..............................BE 07Ward, R. ............................ AC 10Wastlbauer, G. ...................CC 09Wastlbauer, G. ...................EU 04Watanabe, H.......................CC 06Watanabe, I. ...................... AQ 09Watanabe, I. .......................CC 06Watanabe, I. ....................... EP 11Watanabe, S. ......................FQ 10Watanabe, S. ......................FV 01Watanabe, S. ......................FV 02Watanabe, T. ..................... GU 10Watanabe, T. ..................... BQ 08Watanabe, Y.......................AS 12Watanabe, Y.......................AS 13Watson, M..........................AP 11Weaver, M......................... AQ 14

*Weber, N. ..........................EB 02Wecker, J........................... AV 06Wecker, J............................ET 07Wegrowe, J-E.................... AV 03Wegrowe, J-E.................... DE 08Wegrowe, J-E....................EW 13Wehrspohn, R. .................. GB 02Wei, Z-H. ...........................BC 10Wei, Z-H. .......................... DU 06Weiss, D. ........................... GB 02Welland, M........................ GB 08Weller, D. ...........................FC 06Weller, D. .......................... BD 09

*Weller, D. ........................... TT 02Wells, M............................ AC 10

*Weresin, W........................ DB 04Weston, J. ...........................AE 03Weston, J. ........................... ES 03Weston, J. ...........................GS 11White, J. .............................BS 13

*White, R. ........................... AA 04White, R. ........................... AQ 04

*White, R. ............................EB 02Whittier, T. .........................BR 08Wieldraaijer, H...................ER 09

*Wiesendanger, R. ...............EB 06Wigen, P.............................GS 08Wilkinson, C. .....................BC 04

*Willard, M. ....................... DC 03Williams, A. ...................... DU 10Williams, A. ...................... AR 09Williams, A. .......................BE 12Wilton, D........................... AQ 01Wilton, D............................CB 05Wilton, D............................CB 08Wimmer, A. .......................DT 06Windeln, J. ........................EE 01Winoto, S. .......................... BS 11

*Woehrnschimmel, R. ......... FE 01*Wolbank, T. ....................... FE 01

Wolf, J................................BR 01Wolf, J................................EC 06Wolfson, J. ......................... FB 07Wolfson, J. .........................FQ 12

*Woltersdorf, G. .................EA 02Wong, C. ............................EU 02Wong, C. .......................... GW 06Wong, F............................ BW 09Woo, C. ..............................EC 04Woo, C. ..............................GP 04Wood, R. ............................CB 05Wood, R. ............................CB 08Wright, C.............................FP 11Wright, D. ..........................BC 08Wright, P. ......................... GW 09Wu, D. ................................ BS 05Wu, J. ................................ AB 11Wu, J. .................................BC 10Wu, J. ................................ DU 06Wu, J. .................................EU 09Wu, J. ................................ AB 06Wu, J. ................................ DR 07Wu, L. ............................... DB 09Wu, T-H. ........................... AB 11Wu, X. ............................... BD 09

*Wu, X. ................................ TT 02Wu, Y. ................................FQ 11Wu, Y. ............................... BD 05Wu, Y. ............................... CA 04Wu, Y. ............................... DU 02Wu, Y. ................................EU 07Wu, Y. ...............................EW 04Wu, Y. ................................EC 11Wulf, M............................. BV 09Wun-Fogle, M....................AE 06

XXia, H. ................................EC 10Xia, W. .............................. AQ 05Xia, Z. ................................ FT 07Xiao, W. ............................. FR 11Xiong, G............................ GB 05Xiong, P. ............................CC 10Xu, J. ................................. AD 02Xu, Y................................. BU 03Xu, Y................................. BQ 06Xu, Y..................................ED 01Xu, Y.................................. EP 08

147

Xu, Y..................................DR 07Xu, Y..................................EU 04

*Xue, J. ............................... GA 01

YYabukami, S. .................... DQ 13Yabukami, S. ..................... FV 08Yaeger, J. ...........................BQ 02Yagi, M. .............................FD 08Yagi, R. ..............................GT 03Yakovenko, P.....................AE 09Yakushiji, T. ......................BV 13Yamada, H. ........................ FE 11Yamada, H. ........................ FV 02Yamada, S. .........................GC 03Yamada, S. .........................GE 11

*Yamagishi, M. ...................BA 01Yamagishi, M. ...................DP 01Yamaguchi, H. ...................CE 09Yamaguchi, H. ...................CE 10Yamaguchi, M. ..................BD 12Yamaguchi, M. ................. DQ 01Yamaguchi, M. ................. DQ 13Yamaguchi, M. ................. DQ 14Yamaguchi, M. ................. DQ 15Yamaguchi, M. ..................FD 08Yamaguchi, M. .................. FV 08Yamaguchi, M. ..................GE 04Yamakawa, K. ................... FB 03Yamamoto, C. .................... EE 07Yamamoto, H.....................GP 07Yamamoto, M. ...................CD 10

*Yamamoto, M. ...................DC 06Yamamoto, S. ....................GP 02

*Yamamoto, Y..................... FA 04Yamane, K. ........................DP 03Yamasaka, M. ................... AD 07Yamasaki, J........................FD 09Yamasawa, K. ....................BU 04Yamasawa, K. ...................BW 08Yamasawa, K. ....................EV 03Yamazaki, K. .....................DT 07Yamazaki, K. .....................DT 08Yamazaki, T...................... AD 02Yamazaki, Y. .....................DS 03Yamazaki, Y. ................... GW 02Yambe, T. .......................... FU 05Yan, A. .............................. GD 01Yan, J. ................................BC 01Yan, M. ..............................ED 07Yan, S-S. ............................GS 10Yan, Z. ................................FP 13Yanagi, Y. .......................... BP 16Yanai, T. ........................... DQ 17Yanai, T. ............................FD 03Yanase, S. ..........................DT 01Yanase, S. ..........................CC 05Yang, C-H.........................EW 05Yang, C. ............................ GU 14Yang, D.............................. AP 02Yang, D..............................GT 07Yang, D-S. ......................... FR 02Yang, H-C..........................CE 03

Yang, J. ..............................AU 02Yang, J. .............................. BS 11Yang, J-S............................CC 01Yang, S. ........................... GW 06Yang, S. ............................. GP 08Yang, S-Y. ......................... CE 03Yang, T. ..............................EP 07Yao, S-Y. ........................... FV 12Yao, Y...............................BW 13Yao, Y................................ GS 06Ye, H.................................. BS 02Ye, L-X. .............................AB 11Yee-Madeira, H. ................AR 10

*Yeh, N-H............................BA 02Yeh, N-H............................BR 05Yelon, A.............................CD 04Yelon, W............................ DS 06Yen, E. ...............................BD 08Yi, G. .................................BC 04Yip, Y. ............................... AP 02Yoh, K.............................. GW 01Yokoshima, T. .................. AQ 13Yonezawa, E. ..................... BS 07Yoo, H................................ FV 07Yoon, C..............................DE 10Yoon, I. ............................. GU 06Yoon, I-K............................FT 11Yoon, S. .............................CD 02Yoon, S. .............................CD 08Yoon, S-J. .......................... DP 10Yoon, S-J. .......................... DP 12Yoon, T. ..............................ES 12Yoon, T-S. .........................AR 03Yoon, T. ..............................FE 09Yopp, S. .............................DT 11Yoshida, K. .........................EP 14

*Yoshikawa, M....................CA 02Yoshikawa, M....................EQ 01Yoshimi, H......................... FV 13Yoshimura, S. .....................FP 08Yoshizawa, M. ................... FU 01Yoshizawa, Y.................... DQ 17Yoshizawa, Y..................... FD 03You, D................................BD 05You, D............................... DU 02You, D................................EU 07Young, S. ........................... FR 21

*Youwei, D.......................... EE 06Yu, C-C.............................BW 13Yu, S. ................................. ET 01Yu, S. .................................GT 07Yu, S-C. ............................. FR 02Yu, S-C. ............................. FR 12Yu, S. ................................. BS 13Yu, W.................................BU 16Yuan, F. .............................AR 16

*Yuan, Y. ............................BA 05Yuan, Z. .............................AR 09Yuan, Z-M. ........................ DP 05Yuen, H-Y. ........................BC 11Yumoto, M......................... FU 02Yun, L. ............................... FU 05Yunokuchi, K.....................DT 08

148

ZZagriadski, S. ....................BW 20Zak, B..................................FP 03Zana, I. ...............................AE 03Zana, I. ...............................BC 06Zangari, G. .........................AE 03Zangari, G. ........................ AQ 14Zangari, G. .........................BC 06Zangari, G. .........................CC 04Zangari, G. .........................CC 08Zangari, G. ......................... ES 03Zaspel, C. ..........................BW 21

*Zaveta, K. ..........................DC 01Zeybek, O. .........................DR 15Zhang, D. .......................... GU 05Zhang, J..............................BQ 06Zhang, K. ........................... BS 13Zhang, K. ...........................BR 07Zhang, K. ........................... ET 05Zhang, K. ...........................AC 05Zhang, L............................. BT 03Zhang, M............................DP 07Zhang, M........................... GU 14Zhang, Q. ........................... BS 11

*Zhang, S. ........................... AA 06Zhang, W. ..........................DP 05Zhang, Y. ...........................AR 08Zhang, Y. ........................... FC 06Zhang, Y. .......................... GD 02Zhang, Z.............................DR 02

*Zhang, Z.............................BA 02Zhao, T...............................AC 05Zhao, T............................... ET 05Zhao, Y. .............................GS 04Zheng, M.............................FP 07Zheng, M............................FQ 03Zheng, Y. ...........................BB 02Zheng, Y. ...........................BD 05Zheng, Y. ........................... BP 12Zheng, Y. ...........................EU 07Zhilichev, Y. .......................FT 04Zhong, L.............................CB 02Zhong, L.............................CB 03Zhou, J. ..............................ED 07Zhou, J. ............................. AD 10Zhou, L...............................DP 06Zhou, T...............................GS 04Zhou, T................................FP 13Zhou, Y. ............................ GD 10Zhou, Y. ............................. BP 09Zhou, Y. .............................CB 02Zhou, Y. .............................CB 03

*Zhu, H. ...............................BA 06Zhu, H. ...............................DP 09

*Zhu, J-G. ........................... AA 04Zhu, J-G. ........................... AQ 04Zhu, J-G. ............................BB 01Zhu, J-G. ............................ BP 09Zhu, J-G. ............................ BT 03Zhu, J-G. ............................ BT 03Zhu, J-G. ............................ EP 01Zhu, J-G. ............................ FB 01Zhu, J-G. ............................ FB 01

Zhu, J-G. ............................ FB 04Zhu, J-G. ............................ FB 04Zhu, W. ...............................EP 02Zhu, Y. .............................. GU 05Zhu, Z. ................................FE 02Zhu, Z. ................................FT 07Zhukov, A. .........................CD 05Zhukov, A. .........................GC 07Zhukova, V. .......................CD 05Ziese, M. ............................ EE 02Ziese, M. ............................ FR 13Ziese, M. ............................ FR 14Zilberman, P. .....................AV 01Zimmer, K. ........................ EE 02Zivieri, R........................... GV 13Zou, P.................................EQ 06Zucca, M. ............................FE 07Zurn, S. ..............................AV 08