final program - 24th international symposium on plasma ... · 24th international symposium on...

Final Program

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On behalf of the Board of Directors of the International Plasma Chemistry Society (IPCS), we are pleased to welcome you in Naples, Italy to attend the 24th International Symposium on Plasma Chemistry (ISPC 24), Sunday - Friday, 9 June - 14 June 2019. Naples, a city of wonders full of culture and history, is home to 1 million inhabitants and is the most important center of the South of Italy.

The conference venue, the Conference Center Terminal, is located on the Naples waterfront district.

The ISPC has a long history dating back to 1973 in Kiel, Germany for ISPC1 and three previous stops in Italy: ISPC2 in Rome (1975), ISPC9 in Pugnochiuso (1989) and ISPC16 in Taormina (2003). Over the years, the ISPC has welcomed scientists and engineers from all around the world to share their knowledge and new findings in the areas of plasma science and engineering, and to recognize emerging and long-standing achievers.

As Chair and Co-Chairs of ISPC24, we promise the 2019 edition will be memorable for the quality of the technical program, opportunities to meet and discuss, and for an unforgettable city!

Vittorio Colombo, Chair

Pietro Favia, Co-Chair

Matteo Gherardi, Co-Chair

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The ISPC24 program is composed of the IPCS Summer School (Friday-Saturday, June 7-8) at the Symposium venue, and the regular Symposium schedule running from Monday, June 10 to Friday, June 14. Each day will begin with a Plenary Talk and will continue with three parallel sessions with a total of 22 invited speakers, and 139 oral presentations. Following the example of ISPC23, there will be two 3-min poster pitches sessions for graduate students (Monday, Tuesday). Regular poster sessions will follow, with an additional one scheduled Thursday afternoon.The highest honor from the IPCS, the Plasma Chemistry Award, will be given to Alexander Fridman (Drexel University, Philadelphia, U.S.A.) who will present a lecture entitled “Why Plasma Chemistry is so often a key to breakthrough innovations from energy systems, electronics, and new materials to water treatment, agriculture and medicine?” on Wednesday, June 12.The conference booklet contains the detailed program for each day, the list of oral and poster contributions, the list of awards that will be attributed during the symposium, as well as advertisements from our generous sponsors. The proceedings of all contributions can be found on the IPCS website at www.ispc-conference.org, together with the proceedings of previous ISPCs.We thank all colleagues who participated in the organization of this major symposium, and all of you for contributing exciting new developments and discoveries. Enjoy ISPC24, enjoy Naples and Italy.

The Symposium & the IPCS Summer School

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In MemoriamIn these two years after the last ISPC, we lost three eminent colleagues who did a lot for the establishment, for the maturity and for the cultural growth of our Plasma Science and Technology community. We like to highlight their valuable contributions to our discipline in these few following lines. We will always remember them, and try to follow their bright leading example.

Prof. Hirotsugu Yasuda (1930-2018)

Prof. Riccardo d’Agostino (1942-2018)

Dr. John W. Coburn(1933-2018)

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Prof. Hirotsugu Yasuda (1930-2018)

Known in our community by his nickname “Koge”, Hirotsugu Yasuda was born in Kyoto (JAP), where he earned the bachelor degree in Polymer Science and Engineering at the Kyoto University in 1952. Yasuda moved then to USA, at the State University of New York (Syracuse, USA) where he earned is master first, then his Ph.D. in 1961, in Physical and Polymer Chemistry. After a post-doctoral and many other experiences as polymer chemist in USA and in Sweden, Yasuda’s academic career started in 1977 as Professor of Chemical Engineering at the University of Missouri-Rolla, US, where he covered many positions till his retirement in 2003. After that year Yasuda remained active as Professor Emeritus, and continued to be Director of the Center for Surface Science and Plasma Technology in the College of Engineering. In the early 70’s Yasuda started investigating low temperature plasma deposition of ultrathin organic layers while working on the transport of water molecules through reverse osmosis membranes. He investigated the basic variables involved in plasma polymerization processes, and emphasized the importance of energy dose, later known as “Yasuda factor”, to distinguish plasma polymerization regimes. A leading authority in the field, Yasuda’s first of three books, Plasma Polymerization (Acad. Press, 1985) remained for decades a solid source of concepts and examples for the development of plasma polymerization techniques and of applications in several fields of Materials Science. Yasuda was the first to investigate and develop interfacial engineering applications of thin plasma polymer films as biocompatible surfaces on biomedical devices, contact lenses in particular, and as corrosion-protection layers on metals and alloys in the aerospace industry.

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Dr. John W. Coburn (1933-2018)

Born in Vancouver (CAN), John Coburn majored in Engineering Physics, then in Theorethical Physics for his Master, at the University of British Columbia (Vancouver, CAN). He finished his Ph.D studies at the University of Minnesota (Minneapolis, USA) in Electrical Engineering. After his post doctoral work at Simon Fraser University (New Westminster, CAN), he joined IBM Research (Almaden, San Jose, USA) in 1978. After retirement in 1993, Coburn worked for more than 20 years at the University of California in Berkeley (USA) as a Senior Research Associate in the Department of Chemical Engineering. Coburn was extremely active in the American Vacuum Society (AVS), through his entire life. AVS treasurer for many years, organizer of courses on plasma processing science, AVS president in 1988, and honorary member in 1991. Coburn was one of the most influential low temperature plasma and surface scientists. His research had an enormous impact on both fundamental understanding and applications associated with low temperature plasma-surface interactions, thin film deposition and etching processes. Coburn pioneered the use of actinometric optical emission spectroscopy. In his elegant experiments he extensively exploited the power of energy-resolved ion mass spectrometry for understanding the complex coupling between radiofrequency plasma potentials, discharge geometry, frequency and ion mass in determining ion energy distributions at surfaces. His work has lead to fully develop Reactive Ion Etching (RIE), a key process in semiconductor industry and in other fields. In his long collaboration with his IBM colleague Harold Winters, John Coburn is best known for identifying the key issues involved with the plasma-neutral synergy in plasma etching processes. In 1993 Coburn and Winters were awarded together the John A. Thornton Memorial Award of the AVS.

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Prof. Riccardo d’Agostino (1942-2018)

Born in Naples (ITA), Riccardo d’Agostino earned his Laurea in Chemistry at the University of Bari (Bari, ITA) in 1968, with a thesis on coordination chemistry. In 1969 he became research assistant in General Chemistry, and started working also on homogeneous reactions in low pressure plasmas. In 1973 d’Agostino spent one year in Toronto (CAN), in the group of Prof. John C. Polanyi (Nobel Prize in Chemistry, 1986), working on fundamental kinetics of atom- and molecule-surface interactions. Back to Bari, he continued working on plasma synthesis, cracking and oxidation of gases, and started fundamental and applied investigations of plasma-surface interactions. Since then d’Agostino investigated the mechanisms of many plasma etching and deposition processes, most of them at low pressure, and many related applications. Professor of General Inorganic Chemistry at the University of Bari from 1986 to retirement in 2012, when he became Professor Emeritus, d’Agostino applied actinometric optical emission spectroscopy to many processes, and translated the key role of ion-surface interactions from etching to deposition processes, for which he developed the Activated Growth Model (AGM). d’Agostino’s first of his four edited books, Plasma Deposition, Treatment and Etching of Polymers (Acad. Press, 1990) remained a pillar of the discipline for more than a decade. In 2004 d’Agostino co-founded Plasma Processes and Polymers (Wiley-VCH), a leading journal covering all aspects of non equilibrium plasmas, where he served as co-Editor-in-Chief till 2017. Committed organizer of workshops, schools and symposia, including ISPC-9, Pugnochiuso (ITA) in 1989 and ISPC-16, Taormina (ITA) in 2003, Chair of the IUPAC Committee for Plasma Chemistry (1989-90), in 2007 d’Agostino received the Plasma Chemistry Award of the International Plasma Chemistry Society.

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Vittorio Colombo, ChairResearch Group for Industrial Applications of PlasmasAlma Mater Studiorum – Università di BolognaDepartment of Industrial Engineering

Pietro Favia, Co-ChairUniversità degli Studi di Bari “Aldo Moro”Department of Biosciences, Biotechnologies and Biopharmaceutics

Matteo Gherardi, Co-ChairResearch Group for Industrial Applications of PlasmasAlma Mater Studiorum – Università di BolognaDepartment of Industrial Engineering

Marco Boselli – Alma Mater Studiorum – Università di Bologna

Romolo Laurita – Alma Mater Studiorum – Università di Bologna

Francesco Fracassi – Università degli Studi di Bari “Aldo Moro”

Fabio Palumbo – CNR NANOTEC, Bari

Emilio Martines – CNR Istituto Gas Ionizzati, Padova

Cristina Paradisi – Università degli Studi di Padova

Alessandro Patelli – Università degli Studi di Padova

Paolo Tosi – Università degli Studi di Trento

Giorgio Dilecce – CNR NANOTEC, Bari

LoCAL oRGAnizinG CoMMiTTEE

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Vittorio Colombo – Alma Mater Studiorum – Università di Bologna/ Italy – ChairPietro Favia – Università degli Studi di Bari “Aldo Moro” / Italy – Co-ChairMatteo Gherardi – Alma Mater Studiorum – Università di Bologna/ Italy – Co-Chair

Thierry Belmonte – CNRS – Université de Lorraine / FranceJan Benedikt – Christian-Albrechts-Universität zu Kiel / GermanyAnnemie Bogaerts – Universiteit Antwerpen / BelgiumPeter Bruggeman – University of Minnesota / USAEun Ha Choi – Kwangwoon University / South KoreaSylvain Coulombe – McGill University / CanadaGheorghe Dinescu – National Institute for Laser, Plasma and Radiation / RomaniaDavid Graves – University of California, Berkeley / USASatoshi Hamaguchi – Osaka University / JapanDirk Hegemann – EMPA / SwitzerlandMasaru Hori – Nagoya University / JapanHyun-Ha Kim – National Institute of Advanced Industrial Science and Technology (AIST) / JapanKonstantin Kostov – State University of São Paulo / BrazilChristophe Laux – Ecole Centrale Paris / FranceHe-Ping Li – Tsinghua University / ChinaBruce Locke – Florida State University / USAPetr Lukes – Institute of Plasma Physics/ Czech RepublicTony Murphy – CSIRO / AustraliaAnton nikiforov – Ghent University / BelgiumTomohiro nozaki – Tokyo Institute of Technology / JapanDeborah o’Connell – The University of York/ United KingdomEric Robert – CNRS / FranceMohan Sankaran – Case Western Reserve University / USATakayuki Watanabe – Kyushu University / Japan

inTERnATionAL oRGAnizinG CoMMiTTEE

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BoARD oF DiRECToRS oF iPCS

The board of directors (BoD) is in charge of all aspects regarding the International Plasma Chemistry Society. This is in particular selecting the venues and organizers of bi-annual ISPC conference.At each ISPC conference an election takes place to replace expiring BoD members.

Member status region term exp. Europe and Middle East (7) Jan BENEDIKT (Germany) EME 1st 2021Annemie BOGAERTS (Belgium) EME 2nd 2021Petr LUKES (Czech Republic) EME 1st 2021Christophe LAUX (France) EME 1st 2021Deborah O’CONNELL (UK) EME 1st 2021Eric ROBERT (France) at large EME 1st 2021Dirk HEGEMANN (Switzerland) Treasurer EME 2nd 2019 co-opted Americas (4) Sylvain COULOMBE (Canada) vice-president A 2nd 2019David GRAVES (USA) A 2nd 2019Peter BRUGGEMAN (USA) A 2nd 2021Bruce LOCKE (USA) at large A 1st 2021

Africa, Asia and oceania (6) Tony MURPHY (Australia) president AAO 2nd 2019Tomohiro NOZAKI ( Japan) AAO 1st 2019Satoshi HAMAGUCHI ( Japan) AAO 2nd 2019Takayuki WATANABE ( Japan) AAO 1st 2021Yuan-Hong SONG (China) at large AAO 1st 2021Hyun-Ka KIM ( Japan) at large AAO 1st 2021

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ToPiCS

VEnUE

1. Fundamentals, diagnostics and modelling in plasma chemistry 2. Plasma sources design and characterization 3. Plasma processing of nanomaterials and nanostructures: synthesis, modification and nanofabrication 4. Plasma deposition of functional coatings and treatment of inorganic and organic materials 5. Thermal plasma fundamentals and applications 6. Plasma-assisted conversion, combustion, propulsion and aerodynamics 7. Plasma medicine and plasma agriculture 8. Plasma treatment of biomaterials 9. Plasma in and in contact with liquids 10. Plasmas for environmental applications and resource recovery

nAPLES

Naples is the third largest municipality in Italy after Rome and Milan.The Metropolitan City of Naples has about 3.000.000 inhabitants and is one of the largest cities on the Mediterranean Sea.The historic centre of Naples is the largest in Europe; it was listed as a UNESCO World Heritage Site.

In close proximity to Naples there are several significant cultural and historical sites, including the Royal Palace of Caserta and the ancient Roman cities of Pompeii and Herculaneum.

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VEnUE

The Summer School (Friday, June 7 to Saturday, June 8, 2019) and the Symposium (Sunday, June 9 to Friday, June 14, 2019) will take place at the Conference Center Terminal on the Naples waterfront district.

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ENTRANCE

PANORAMIC LOUNGE(welcome reception)

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PLASMA CHEMiSTRY AWARD

The Plasma Chemistry Award is the highest recognition awarded by the International Plasma Chemistry Society (IPCS) for lifetime achievements in the field of Plasma Chemistry.

We are delighted to announce, on behalf of the Board of Directors of the IPCS, that the recipient of the 2019 Plasma Chemistry Award will be Professor Alexander Fridman of Drexel University, Philadelphia, USA.

Professor Fridman is very well known in our community, having chaired the 20th International Symposium on Plasma Chemistry and several other major conferences, and having published over 1000 papers and 8 books, including ‘Plasma Chemistry’ (first published in 2008). He has worked on a very wide range of topics related to plasma chemistry, including plasma medicine, gas processing and production, plasma-surface interactions and deposition, physics and engineering of gas discharges, and kinetics of non-equilibrium systems.

Professor Fridman joins 12 previous outstanding recipients:

2017 Mark Kushner 2015 Maher Boulos 2013 Michel Wertheimer 2011 Kunihide Tachibana 2009 Joachim Heberlein 2007 Ricardo d’Agostino 2005 Steven Girshick 2003 Charles Kruger 2001 Pierre Fauchais 1999 Daan Schram 1997 Harald Suhr 1995 Emil Pfender

Alexander FridmanDrexel University, Philadelphia, U.S.A.

Plasma Chemistry Award plenary lecture: Why Plasma Chemistry is so often a key to breakthrough

innovations from energy systems, electronics, and new materials to water treatment, agriculture and medicine?

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PLASMA CHEMiSTRY AWARD

Why Plasma Chemistry is so often a key to breakthrough innovations from energy systems, electronics, and new materials to water treatment, agriculture and medicine?

Plasma is a unique engineering tool not only successfully competing with other tools (like in the case of fluorescent vs incandescent light bulbs, or plasma display panels vs kinescopes), but often permitting solutions unthinkable for any alternative engineering approaches (like in the case of melting super temperature-resistant materials, high-aspect-ratio deep reactive ion etching, or even thermonuclear fusion). Which physics and chemistry make plasma methods and technologies so unique? For thermal plasmas it is extremely high temperatures and energy fluxes above the reach of any alternative approaches. For non-thermal plasmas, it is vice versa ability to generate very energetic species (electron, ions, atoms, radicals, radiation etc) at very low gas/liquid temperatures, which further can be applied, for example, to treat/process very different and often fragile materials (from wafers in electronics to living human tissue), or to generate light as well as other types of radiation. Significant advantage of plasma approaches is related to their multi-parameter controllability, and electricity/electronic based flexible logistics. Great challenges are often related to plasma processing selectivity and electric energy cost, especially for applications in energy systems, fuel conversion, and agriculture. We hope that electricity, electronics, and artificial intelligence will dominate our future, which will help us with challenges of processing selectivity and electric energy cost. Inevitable “Electric Future” of our civilization as well as exponentially growing involvement of electronics and AI in modern technologies will surely help plasma chemistry to be more “adaptive” and way more competitive. But today, before the era of “Electric Future”, our plasma chemical research (as well as this presentation) is focused on plasma solutions unthinkable in alternative engineering approaches (like in the past decades, melting super temperature-resistant materials, or high-aspect-ratio deep reactive ion etching). Do we have new “out of the box” ideas of this kind? Surely we do, including those in energetic materials, electronics, food processing, and plasma medicine. Some of these ideas, recently developed in Nyheim Plasma Institute of Drexel University are to be discussed in this presentation.

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PLEnARY SPEAKERS

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Anne BourdonÉcole Polytechnique, Palaiseau (France)Challenges in the modeling and the simulation of low-temperature plasmas

Achim von KeudellRuhr-Universität Bochum, Bochum (Germany)High power impulse magnetron sputtering – extreme plasmas for extreme materials

Jean-Michel PouvesleGREMI, CNRS/University of Orleans (France)Plasma medicine: issues and challenges linked to the plasma/biological targetinteractions

Yi-Kang PuTsinghua University, Beijing (China)The physics of nanosecond pulsed microdischarges with high repetition rate

Fumiyoshi TochikuboTokyo Metropolitan University, Tokyo ( Japan)Diagnostics and modelling of plasma and liquid interfacial phenomena

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inViTED SPEAKERS

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igor AdamovichThe Ohio State University, Columbus (U.S.A.)Topic 1: Fundamentals, diagnostics and modelling in plasma chemistryElectric field measurements in atmospheric pressure plasmas used for plasma-assisted combustion and plasma flow control applications

Julia BandowRuhr-Universität Bochum, Bochum (Germany)Topic 7: Plasma medicine and plasma agriculturePlasma meets biotechnology – coupling plasma and enzymatic reactions

Cristina CanalUniversitat Politècnica de Catalunya, Barcelona (Spain)Topic 7: Plasma medicine and plasma agriculturePotential of hydrogels and liquids in plasma therapy of osteosarcoma

Maria Adriana CreatoreTechnische Universiteit Eindhoven, Eindhoven (The Netherlands)Topic 4: Plasma deposition of functional coatings and treatment of inorganic and organic materialsPlasma-assisted atomic layer deposition of highly conductive Hf Nx layers

Uros CvelbarJožef Stefan Institute, Ljubljana (Slovenia)Topic 3: Plasma processing of nanomaterials and nanostructures: synthesis, modification and nanofabricationOn the quest for deterministic approach to plasma synthesis and conversion of nanowires

Richard EngelnTechnische Universiteit Eindhoven, Eindhoven (The Netherlands)Topic 1: Fundamentals, diagnostics and modelling in plasma chemistryVibrational kinetics of CO2 in non-thermal plasma

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David GoUniversity of Notre Dame, South Bend (U.S.A.)Topic 6: Plasma-assisted conversion, combustion, propulsion and aerodynamicsRethinking the design of catalysts for plasma-catalysis systems

Vasco GuerraUniversidade de Lisboa, Lisboa (Portugal)Topic 1: Fundamentals, diagnostics and modelling in plasma chemistryCO2 plasmas: from solar fuels to oxygen production on Mars

Yuzuru ikeharaChiba University, Chiba ( Japan)Topic 7: Plasma medicine and plasma agricultureLow temperature plasma treatment is a new tissue processing technology: plasma induced blood coagulation limits the excessive host immunological responses

Mark J. KushnerUniversity of Michigan, Ann Arbor (U.S.A.)Topic 10: Plasmas for environmental applications and resource recoveryChemical Conversion in Atmospheric Pressure Plasmas Sustained in Packed Bed Reactors

zdenko MachalaComenius University, Bratislava (Slovakia)Topic 9: Plasma in and in contact with liquidsPlasma activated water chemical and antibacterial effects correlate with gaseous and aqueous RONS, plasma source, and air and water flow conditions

Diego MantovaniLaval University, Québec (Canada)Topic 8: Plasma treatment of biomaterialsDirect functionalization of metals by low-pressure plasma improves the clinical performances of coronary stents: From surface modification to in vitro and in vivo validation

Ester MarottaUniversità degli Studi di Padova, Padova (Italy)Topic 10: Plasmas for environmental applications and resource recoveryNew mechanistic insight in plasma based water treatments

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Françoise MassinesCNRS/Université de Perpignan, Perpignan – Font Romeu (France)Topic 2: Plasma sources design and characterizationDual frequency DBDs or how to design an atmospheric pressure plasma for surface treatment

nevena PuacUniversity of Belgrade, Belgrade (Serbia)Topic 7: Plasma medicine and plasma agriculturePlasmas in plant bio-engineering and in agriculture for resource recovery

Masaya ShigetaOsaka University, Osaka ( Japan)Topic 5: Thermal plasma fundamentals and applicationsTo simulate turbulent thermal plasma flows for nanopowder fabrication

Tatsuru ShirafujiOsaka City University, Osaka ( Japan)Topic 9: Plasma in and in contact with liquidsMaterials processing by efficient utilization of plasma-liquid interface

Masaharu ShirataniKyushu University, Kyushu ( Japan)Topic 3: Plasma processing of nanomaterials and nanostructures: synthesis, modification and nanofabricationExotic combination of optical and mechanical properties of nano-particle composite thin films fabricated by plasma processes

Rony SnydersUniversité de Mons, Mons (Belgium)Topic 4: Plasma deposition of functional coatings and treatment of inorganic and organic materialsRecent advances in the control of the nanoarchitecture of plasma generated organic-based thin films

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Juan Pablo TrellesUniversity of Massachusetts, Lowell (U.S.A.)Topic 5: Thermal plasma fundamentals and applicationsNonequilibrium phenomena in thermal plasmas

Gerard Van RooijDutch Institute for Fundamental Energy Research, Eindhoven (The Netherlands)Topic 6: Plasma-assisted conversion, combustion, propulsion and aerodynamicsMicrowave plasma activation of CO2 – accessing vibrational non-equilibrium

James WalshUniversity of Liverpool, Liverpool (United Kingdom)Topic 2: Plasma sources design and characterizationControlled generation and transport of reactive species in an atmospheric pressure surface barrier discharge

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Meeting point: h 20:00Eurostar Hotel ExcelsiorVia Partenope, 48 - Naples(12 minutes walking distance from the Conference Venue)

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GALA DinnER ( June 13, 2019)

The Gala dinner will take place on Thursday, June 13, 2019 at the beautiful Eurostar Hotel Excelsior.

Eurostars Hotel Excelsior

Located on the seafront next to the iconic Castel dell’Ovo, the Eurostars Hotel Excelsior has spectacular panoramic views of Vesuvius, the Gulf of Naples and the paradise islands of Ischia and Capri, enjoying an enviable, unrivalled and privileged position.

The roof garden on the top of the Hotel, the famous “La Terrazza”, will host a welcome cocktail with stunning views of the Gulf of Naples.Meanwhile the gala dinner will take place in the wonderful ballrooms rich of elegance, luxury, nobility and refined atmosphere.The night will go on with music and dancing.

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CAPRi & SoRREnTo

PRoGRAM

1.30 p.m. Departure from Conference Center Terminal (Symposium headquarters) by boat

2.30 p.m. Arrival in Capri & guided tour Visit to the village center. Small streets, colourful houses, the famous Faraglioni

with unforgettable sea views, its “Piazzetta” with fashion shops and a real Mediterranean atmosphere.

5.30 p.m. End of tour and free time6.30 p.m. Departure to Sorrento by boat7.00 p.m. Arrival in Sorrento and free time The Heart of the Amalfi Coast strikes visitors with

its richness of colours, atmosphere, food, typical local shops and with gorgeous sunset views.

8.45 p.m. Departure by shuttle bus9.30 p.m. Arrival in Naples

HERCULAnEUM

PRoGRAM

1.30 p.m. Departure from Conference Center Terminal (Symposium headquarters) by private shuttle bus

2.30 p.m. Arrival in Herculaneum3.30 p.m. Herculaneum: guided tour to the archeological site Visiting Herculaneum is not like visiting a museum;

it is like living again in an ancient roman commercial town. Dipping into the heart of history.

Buildings, temples and shops caught in the time of the eruption.

7.30 p.m. End of tour and departure by shuttle bus8.30 p.m. Arrival in Naples

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WEDnESDAY AFTERnoon EXCURSion ( June 12, 2019)

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VESUViUS

PRoGRAM

1.30 p.m. Departure from Conference Center Terminal (Symposium headquarters) by private shuttle bus

2.15 p.m. Arrival at the end of the road, some 250 meters in height from the edge of the crater

3.15 p.m. Guided visit up to the crater edge6.00 p.m. End of tour and departure by private shuttle bus6.45 p.m. Arrival in Naples

nAPLES

PRoGRAM

9.30 a.m. Departure from Conference Center Terminal (Symposium headquarters) by private shuttle bus

10.00 a.m. Guided sightseeing tour A walk along the Decumano called Spaccanapoli

through noble buildings, churches, commercial and cultural activities.

Starting from Piazza del Gesù, example of Neapolitan Baroque architecture, the visit will include the Church of New Jesus and Santa Chiara, annexed to the homonymous complex of the charming Chiostro Maiolicato, Piazza San Domenico Maggiore where the Church of San Domenico Maggiore is located. Across the square you will reach the famous and marvellous Cappella Sansevero that houses the “Veiled Christ”, a most remarkable marble sculpture. At the end of the tour, a free visit to San Gregorio Armeno, also known as Christmas Alley, is scheduled.

1.00 p.m. End of tour and return by shuttle bus

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WEDnESDAY AFTERnoon EXCURSion ( June 12, 2019)

ACCoMPAnYinG PERSonS’ PRoGRAM ( June 10, 2019)

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The IPCS Summer School 2019 will take place in the Symposium headquarters, Conference Centre Terminal Naples, June 7-8, 2019

Chairs:Annemie Bogaerts, University of AntwerpDeborah o’Connell, University of YorkSylvain Coulombe, McGill UniversityPietro Favia, Università degli Studi di Bari “Aldo Moro”

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SUMMER SCHooL iPCS Summer School on Plasma Processing Science & Applications

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SPEAKERSLuis AlvesUniversidade de Lisboa, Lisboa (Portugal)Topic: Kinetics and Boltzmann modelsPeter BruggemanUniversity of Minnesota, Minneapolis (U.S.A.)Topic: Overview of processing plasma generationMaria Adriana CreatoreTechnische Universiteit Eindhoven, Eindhoven (The Netherlands)Topic: Plasma enhanced atomic layer depositionRichard EngelnTechnische Universiteit Eindhoven, Eindhoven (The Netherlands)Topic: Active optical diagnosticsAndrew GibsonRuhr University Bochum (Germany)Topic: Fluid modelsSteven GirshickUniversity of Minnesota, Minneapolis (U.S.A.)Topic: Nanomaterial synthesisDirk HegemannEMPA, St. Gallen (Switzerland)Topic: Plasma treatment and plasma depositionMark KushnerUniversity of Michigan, Ann Arbor (U.S.A.)Topic: Global models

Petr LukesThe Czech Academy of Sciences, Prague (Czech Republic)Topic: Plasmas and liquidsLorenzo MangoliniUniversity of California Riverside, Riverside (U.S.A.)Topic: Preparing for a successful career in plasma technology and researchTony MurphyCSIRO (Australia)Topic: Thermal Plasmas and their applicationsVolker Schulz-von der GathenRuhr-Universität Bochum, Bochum (Germany)Topic: Optical Emission SpectroscopyRamses SnoeckxKing Abdullah University of Science and Technology, Jeddah (Saudi Arabia)Topic: Electrification of chemical processes: plasma-based reforming technologiesAna SobotaTechnische Universiteit Eindhoven, Eindhoven (The Netherlands)Topic: Plasma medicineJaco van der WaltThe South African Nuclear Energy Corporation, Pretoria (South Africa)Topic: Viability evaluation of plasma assisted waste treatment

IPCS Summer School on Plasma Processing Science & ApplicationsISPC24 Symposium headquarters, Conference Centre Terminal Naples

Day 1 - June 7, 2019

Time Topic Speaker 9:00-10:00 D1-1 Overview of processing plasma generation Peter Bruggeman10:15-11:15 D1-2 Kinetics and Boltzmann models Luis Alves11:30-12:30 D1-3 Optical Emission Spectroscopy Volker Schulz-von der Gathen

Lunch13:30-14:15 D1-4 Thermal plasma applications Tony Murphy14:30-15:15 D1-5 Plasmas and liquids Petr Lukes 15:30-16:15 D1-6 Plasma medicine Ana Sobota 16:30-17:30 D1-7 Nanomaterial synthesis Steven Girshick

Day 2 - June 8, 2019

Time Topic Speaker9:00-10:00 D2-1 Active optical diagnostics Richard Engeln10:15-11:15 D2-2 Global models Mark Kushner11:30-12:30 D2-3 Fluid models Andrew Gibson

Lunch13.30-14.30 D2-4 Plasma treatment and plasma deposition Dirk Hegemann 14:45-15:30 D2-5 Plasma Enhanced Atomic Layer Deposition Maria Adriana Creatore15:45-16:45 D2-6 Electrification of chemical processes: plasma-based

reforming technologiesRamses Snoeckx

17:00-17:45 D2-7 Viability evaluation of plasma assisted waste treatment Jaco van der Walt

18:00-18:30 D2-8 Preparing for a successful career in plasma technology and research

Lorenzo Mangolini

Room Perseide

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YoUnG inVESTiGAToR AWARDS

The Young Investigator Awards recognize the outstanding quality of the symposium contribution and early career trajectory of two graduate students/postdoctoral researchers.

Decision will be taken evaluating the candidate’s personal dossiers by a committee composed by:

• Prof.Favia(Università degli Studi di Bari “Aldo Moro” / Italy) • Dr.Murphy(CSIRO / Australia) • Prof.Bogaerts(Universiteit Antwerpen / Belgium) • Prof.Coulombe(McGill University / Canada) • Prof.Watanabe(Kyushu University / Japan)

The awards will consist of:

• Firstclassified:acertificate,250£anda1950£waiverforanOpenAccesspublication (sponsored by Journal of Physics D: Applied Physics, an IOP Publishing journal) • Secondclassified:acertificate,200€andawaiverforanOpenAccesspublication (sponsored by Applied Sciences)

The names of the two awardees will be announced during the Closing Ceremony (Friday, June 14, 2019).

Special thanks to

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AWARDS

oRAL PRESEnTATion AWARDS

Three awards will be assigned to the best oral presentations provided by students/young investigators.Decision will be taken by a committee composed by the members of the International Organizing Committee.The awards will consist of:

1. Firstclassified:acertificateand250£(sponsoredbyJournalofPhysicsD:AppliedPhysics,an IOP Publishing journal)

2. Secondclassified:acertificateand250€(sponsoredbyElsevier) 3. Thirdclassified:acertificateanda200€e-bookvoucher(sponsoredbySpringer)

PoSTER PRESEnTATion AWARDS

Three awards (one per poster session) will be assigned to the best poster presentations provided by students/young investigators.Decision will be taken by a committee composed by the members of the International Organizing Committee.Theawardswillconsistofacertificateanda250€bookvoucher(sponsoredbyWiley)

3-Min PoSTER PiTCH AWARDS

Two awards (one per poster pitch session) will be assigned to the best poster pitches provided by student participants who expressed their interest for presenting during the poster pitch session.

Decision will be taken by all conference participants through online voting.Theawardswillconsistofacertificateanda200€e-bookvoucher(sponsoredbySpringer)

The names of the awardees will be announced during the Closing Ceremony (Friday, June 14, 2019).

28

www.ispc24.com

AWARDS

THEMATiC AWARD: MATERiAL PRoCESSinG

The best oral presentation and the best poster presentation provided by students/young investigators and related either to topic 4 (Plasma deposition of functional coatings and treatment of inorganic and organic materials) or topic 8 (Plasma treatment of biomaterials)willreceiveacertificateand250€(sponsored by Biointerphases).Decision will be taken by a committee composed by:

1. Prof. Colombo (Alma Mater Studiorum – Università di Bologna / Italy) 2. Prof. Mantovani (Université Laval / Canada) 3. Prof. Favia (Università degli Studi di Bari “Aldo Moro” / Italy) 4. Dr. Sardella (CNR-NANOTEC, Bari / Italy) 5. Prof. Creatore (Eindhoven University of Technology / The Netherlands) 6. Prof. Snyders (Université de Mons / Belgium)

THEMATiC AWARD: THERMAL PLASMAS

The best oral presentation and the best poster presentation provided by students/young investigators and related to thermal plasma science and engineering will receive a certificate and 600$ (sponsored by Journal of Thermal Spray Technology).Decision will be taken by a committee composed by:

1. Dr. Murphy (CSIRO / Australia) 2. Prof. Watanabe (Kyushu University / Japan) 3. Prof. Mostaghimi (University of Toronto / Canada) 4. Prof. Li (Tsinghua University / China)

The names of the awardees will be announced during the Closing Ceremony (Friday, June 14, 2019).

29

www.ispc24.com

AWARDS

iPCS SCHoLARSHiPS

The LOC of ISPC24 has taken actions to grant 30 IPCS scholaships, consisting of fee waivers (very earlyregistrationfeeof300€)withtheaimtosupportmainlystudentsingeneralbutalsoscientistsfrom developing or underrepresented countries.

Special thanks to

30

ToPiCS oF iSPC24

PRoGRAM

(1) Fundamentals, diagnostics and modelling in plasma chemistry

(2) Plasma sources design and characterization

(3) Plasma processing of nanomaterials and nanostructures: synthesis, modification and nanofabrication

(5) Thermal plasma fundamentals and applications

(9) Plasma in and in contact with liquids

(10) Plasmas for environmental applications and resource recovery

(7) Plasma medicine and plasma agriculture

(8) Plasma treatment of biomaterials

(6) Plasma-assisted conversion, combustion, propulsion and aerodynamics

(4) Plasma deposition of functional coatings and treatment of inorganic and organic materials

SUnDAY June 9, 2019 (afternoon)

16:00 Registration

PAnoRAMiC LoUnGE

18:00 Welcome Reception

31

MonDAY June 10, 2019 (morning)

RooM GALATEA

08:15 opening ceremony

08:45 ChairMaria Adriana Creatore

Achim von Keudell High Power impulse Magnetron Sputtering – Extreme Plasmas for Extreme Materials

Plenary lecture I

RooM GALATEA RooM DionE RooM PERSEiDE

09:45 ChairsPeter Bruggeman - Richard Engeln

Chairs Thierry Belmonte - Gheorghe Dinescu

Chairs Masaya Shigeta - Takayuki Watanabe

Igor Adamovich Electric field measurements in atmospheric

pressure discharges for plasma-assisted combustion and plasma flow control

applications I-1 (1)

Hiba Kabbara Hexagonal boron nitride thin films synthesis

by micro hollow cathode discharges O-7 (3)

Anthony Murphy Metal vapour transport in tungsten–inert-gas

welding O-13 (5)

10:00 Hiromasa Ohmi Porous Ge nano-particle formation from Geo2 nano-particle using high-pressure

H2-based plasmaO-8 (3)

Makoto Kambara Modification of Si nanoparticle structure through co-condensation in plasma flash

evaporation of Si-Al binary powder feedstock O-14 (5)

10:15Angelo Bonzanini

Real-time Diagnostics of Cold Atmospheric Pressure Plasmas using Machine Learning

O-1 (1)

Si-Yuan Zhang Gliding Arc Plasma Synthesis of Titania-based Photocatalysts: Effect of Swirl-Gas

Flow RateO-9 (3) Juan Pablo Trelles

nonequilibrium Phenomena in Thermal Plasmas I-3 (5)

10:30 Arnaud Gallant Long-lived emission in the afterglow

of nitrogen nRP discharges: a tool for hydrodynamics and kinetics studies

O-2 (1)

Caillard Amael Titanium and titanium oxide thin films deposition by “Hot target” Magnetron

Sputtering O-10 (3)

10:45 Refreshment break (30 min)

11:15 Inna Orel Axial Electric Field Component in a Fast ionization Wave in nanosecond Pulsed

nitrogen Discharge at 20-100 mbar O-3 (1)

Masaharu Shiratani Exotic combination of optical and mechanical

properties of nanoparticle composite thin films fabricated by plasma processes

I-2 (3)

Igor Kaganovich Validated Modeling of Atmospheric -Pressure

Anodic Arc O-15 (5)

11:30Jian Wu

Spatial Confinement Effects of Laser Produced Plasmas in Air and under Water

O-4 (1)

Manabu Tanaka Fluctuation Phenomena in Diode-Rectified

Multiphase AC Arc for improvement of Electrode Erosion

O-16 (5)

11:45 Austin Woodard Development of a test-bed technology for the

Langmuir Probe investigation of dusty non-thermal plasmas

O-5 (1)

Pavel PleskunovSynthesis of CooH-functionalized plasma

polymer nanoparticles O-11 (3)

Chayma Mohsni Complementary studies of dc arc by

experiments and combined modelling of the plasma bulk and the cathode boundary layer

O-17 (5)

12:00Ciprian Dumitrache

Measurements of ground state atomic nitrogen in high-pressure nRP discharges

using fs-TALiFO-6 (1)

Thierry Belmonte Synthesis of Cdo nanostructures by nano-second pulsed discharges in liquid nitrogen

O-12 (3)

Yasunori TanakaA Three Dimensional Two-Temperature Model of Loop-Type of Ar inductively

Coupled Thermal Plasmas for Large-Area Materials Processing

O-18 (5)

12:15 Lunch break (1h 45 min)

ISPC24 - 24th InternatIonal SympoSIum on plaSma ChemIStry - napleS (Italy) June 9-14, 2019

32

MonDAY June 10, 2019 (afternoon)


14:00 ChairsAnne Bourdon - Satoshi Hamaguchi

ChairsSteven Girshick - Masaharu Shiratani

Chairs Petr Lukes - Cristina Paradisi

Vasco Guerra Co2 plasmas: from solar fuels to oxygen

production on Mars I-4 (1)

Anne-Lise Thomann First stages of metal surface nanostructuration

by He+ implantation: plasma experiments and molecular dynamics simulations

O-23 (3)

Annemie Bogaerts Coupled 0D chemical kinetics and 2D

fluid dynamics modelling of a plasma jet interacting with water: Reactivity and stability

of RonS O-29 (9)

14:15Zhaohan Li

All-gas-phase Synthesis and Functionalization of Silicon Quantum Dots

O-24 (3)

Giuliana Bruno Plasma-induced species deposited in liquids:

on the Sulphur oxidation path to elucidate predominant chemical dynamics

O-30 (9)

14:30Qianhong Zhou

PiC/DSMC Simulation of Vacuum Arc Discharge with Active Anode

O-19 (1)

Chad Beaudette Low Temperature Plasma Enhanced Atomic

Layer Deposition of Two Dimensional Molybdenum Disulfide

O-25 (3)

Audoin Hamon Plasma generation within gas bubbles using a

Plasma Gun O-31 (9)

14:45 Carlos Pintassilgo Modelling the time-dependent gas heating

in low-pressure Co2 and n2 pulsed DC discharges O-20 (1)

Jan Hanušin-flight plasma treatment of Fe nanoparticles

O-26 (3)

Vít Jirásekinteraction of chloride solutions with plasma-supplied reactive oxygen species- transferring

reactivity from gas to liquidO-32 (9)

15:00Nikolay Popov

Energy efficiency of o2 dissociation in high pressure electron-beam plasmas

O-21 (1)

Jing ZhangHybrid nanoparticulate Coating in Porous

Polymers by Roll to Roll Atmospheric Pressure Plasma

O-27 (3)

Zdenko MachalaPlasma activated water chemical and

antibacterial effects correlate with gaseous and aqueous RonS, plasma source, air and water

flow conditions I-5 (9)

15:15Amal Allouch

on the stable forms of carbon clusters produced in low pressure sputtering discharge

O-22 (1)

François Reniers Comparison of two atmospheric plasma

routes for the synthesis of Pt nanoparticles for fuel cell applications

O-28 (3)


RooM GALATEA

16:00 Chair: Romolo Laurita

3 min poster pitches - Session I

PoSTER AREA

16:45Parallel poster sessions (1-6-9-10)

19:00


33

TUESDAY June 11, 2019 (morning)

RooM GALATEA

08:30 Chair Alexander Fridman Jean-Michel Pouvesle

Plasma medicine: issues and challenges linked to the plasma/biological target interactions Plenary lecture II

RooM GALATEA RooM DionE RooM PERSEiDE09:30 Chairs

He Ping Li - Achim von KeudellChairs

Masaru Hori - Romolo LauritaChairs

Maria Adriana Creatore - Dirk Hegemann Tom Butterworth

Vibrational energy transfer in CH4 plasma O-33 (1)

Cristina CanalPotential of hydrogels and liquids in plasma

therapy of osteosarcoma I-8 (7)

Charlotte RuhmliebFunctionality by nanostructuring: PECVD of

Tin-Sulfide nanowalls O-45 (4)

09:45 Senne Van AlphenGas temperature and vibrational temperature

in a pulsed n2 microwave plasma: a combined experimental and computational study to

explore non-equilibrium conditionsO-34 (1)

Montgomery JaritzMethods for a fast evaluation of the nano-

porosity of thin coatings for the development of plasma polymeric membranes

O-46 (4)

10:00

Richard EngelnVibrational kinetics of Co2 in non-thermal

plasmaI-6 (1)

Thierry DufourTreatment of carcinomas using atmospheric

pressure plasma jets: from targets to in vivo models to investigate innocuity and

therapeutic efficiency O-38 (7)

Julian PilzStudy of the properties of Al:zno thin films

grown by plasma-enhanced atomic layer deposition

O-47 (4)

10:15 Eloisa Sardella Plasma-Cell interactions mediated by liquid

phase chemistry: in vitro testing methods toward therapeutic approaches

O-39 (7)

Vasiliki Eleftheria VrakatseliFabrication of superhydrophilic and amphiphilic Tio2 thin films by glancing angle RF magnetron

sputtering at low substrate temperature O-48 (4)

10:30 Alexandra Brissetinsights into the peculiar field structure of a recent diffuse discharge under extreme voltage conditions

by electric field induced second harmonic generation and optical emission spectroscopy

O-35 (1)

Raluca Alina Bisag Anticancer activity of plasma activated liquids for the treatment of epithelial ovarian cancer

cells O-40 (7)

Mary GilliamAtmospheric Plasma Deposited Films from

Several organosilanes and Differences in Chemical Structure and Si-o-Si Bonding

ArrangementsO-49 (4)

10:45 Refreshment break (30 min)11:15 Chairs

Richard van De Sanden - Ester MarottaChairs

Masaru Hori - Romolo LauritaChairs

Maria Adriana Creatore - Dirk Hegemann

Mark KushnerChemical Conversion in Atmospheric

Pressure Plasmas Sustained in Packed Bed Reactors I-7 (10)

Yury GorbanevCoST plasma jet: More than a reference

standard O-41 (7)

François LoyerAtmospheric pressure plasma initiated

chemical vapor deposition (AP-PiCVD) – temporally isolated discharges for the growth

of functional polymersO-50 (4)

11:30 Marco Krewing A dielectric barrier discharge plasma degrades

proteins to peptide fragments cleaving the peptide bond

O-42 (7)

Miroslav Michlíček Plasma Polymerization of Cyclopropylamine

in Argon on non-planar and Porous Substrates: Sticking Probability and

Deposition Penetration DepthO-51 (4)

11:45 Di Li Experimental study on plasma promoted catalytic synthesis of hydrocarbons from

syngasO-36 (10)

Kristian WendeSmall molecule analytics to elucidate the

impact of plasma derived chemical species on biological targets

O-43 (7)

Rony SnydersRecent advances in the control of the nanoarchitecture of plasma generated

organic-based thin filmsI-9 (4)

12:00 Shaojun XuThe catalytic role of metal species for Co2 dissociation in plasma-catalytic process: a

combined experimental and DFT studyO-37 (10)

Shota SasakiChemical modification of tyrosine by atmospheric pressure plasma exposure

O-44 (7)

12:15 Lunch break (1h45min)


34

TUESDAY June 11, 2019 (afternoon)


14:00 Chairs Pietro Favia - Rony Snyders

Chairs Anton nikiforov - Alessandro Patelli

Chairs:Javad Mostaghimi - Gervais Soucy

Marc BökeSeparated effects of plasma species and post-treatment on the properties of barrier layers

on polymers O-52 (4)

Bram Wolf Elucidating the role of gas dynamics in the

vortex-confined microwave plasma on Co2 dissociation efficiency

O-56 (2) Masasya Shigeta To simulate turbulent thermal plasma flows

for nanopowder fabrication I-12 (5)

14:15 Annaëlle DemaudeEasy synthesis of hybrid hydrophilic-

hydrophobic patterned surfaces by atmospheric plasmas

O-53 (4)

Georgi TrenchevAtmospheric pressure glow discharge:

design improvement based on modelling and experiments

O-57 (2)

14:30 Huidong HouEffect of Precursor Chemistry on the

microstructure of Ba(Mg1/3Ta2/3)o3 during Hybrid Suspension/Solution Precursor

Plasma SprayingO-54 (4)

Françoise MassinesDual frequency DBDs or how to design an

atmospheric pressure plasma for surface treatment

I-11 (2)

Vittorio Colombo Design-oriented modelling for the synthesis of Cu nanoparticles by a RF thermal plasma:

impact of quenching solutions, radiative losses and thermophoresis

O-60 (5)

14:45Shota Nunomura

Defect generation and annihilation in hydrogenated amorphous silicon during

plasma treatmentO-55 (4)

Yasunori Tanaka Effect of Alternating Gas injection on

Temperature Fields in Reaction Chamber using inductively Coupled Thermal Plasmas

for nanoparticle Synthesis O-61 (5)

15:00

Maria Adriana CreatorePlasma-assisted atomic layer deposition

of highly conductive Hf nx layersI-10 (4)

Javad MostaghimiAdvantages of the new Conical Torch for iCP

SpectrometryO-58 (2)

Alexander UstimenkoPlasma Treatment of Biomedical waste

O-62 (5)

15:15 Efe KemaneciA zero-dimensional modelling of a coaxial

surface wave discharge in oxygen diluted with hexamethyldisiloxane for the deposition of

Siox filmsO-59 (2)

Tae-Hee Kim Reproduction of cosmic dust analogues by non-equilibrium condensation in triple DC

thermal plasma jet system O-63 (5)


RooM GALATEA

16:00 Chair: Romolo Laurita

3 min poster pitches - Session ii

PoSTER AREA

16:45Parallel poster sessions (1-2-4-7-8)

19:00


35

WEDnESDAY June 12, 2019 (morning)

RooM GALATEA

08:30 Chair Mark J. Kushner

Anne BourdonChallenges in the modeling and the simulation of low-temperature plasmas

Plenary lecture III


09:30Chairs

igor Adamovich - Yi-Kang PuChairs

Matteo Gherardi - David GravesChairs

Cristina Canal - Eloisa Sardella

Jianping ZhaoVibrational and rotational properties of o2

molecules in very high frequency plasmas with high sensitivity broadband absorption

spectroscopy O-64 (1)

Nevena PuacPlasmas for plant bio-engineering and in

agriculture for resource recovery I-13 (7)

Behnam Akhavan Controlling the orientation and density of peptides irreversibly immobilized on ion-

assisted plasma polymerized filmsO-72 (8)

09:45 Sina JahanbakhshExperimental investigation of microdischarges

in cathodic pin polarity of a barrier corona arrangement

O-65 (1)

Zilan Xiong Application of air plasma generated by surface

micro-discharge in decellularized porcine aortic valve leaflets treatment

O-73 (8)

10:00 Martin Alliati Mass Spectrometric Detection of ionic

Species in a naphthalene Plasma: Understanding Fragmentation Patterns and

Growth of PAHsO-66 (1)

Hiroshi HashizumeEffect of plasma treatment on growth and

harvest of rice seeds O-69 (7)

Diego MantovaniDirect functionalization of metals by

low-pressure plasma improves the clinical performances of coronary stents: From

surface modification to in vitro and in vivo validation

I-14 (8)

10:15Ana Filipa Sovelas da Silva

Ar addition to Co2 plasmas for controlling dissociation and vibrational excitation

O-67 (1)

Fabio PalumboPlasma-assisted deposition of fungicide

containing coatings for encapsulation and protection of maize seeds

O-70 (7)

10:30 Adam Obrusnik identifying the scaling parameters of neutral

kinetics in DBD plasma atomizers using screening and variance-based sensitivity

analysisO-68 (1)

Naoyuki Iwatanovel bactericidal method for aquaculture using benzoic-compound solutions treated

with oxygen radicalsO-71 (7)

Fiorenza FanelliDirect Exposure of dry enzymes to atmospheric pressure cold plasmas

O-74 (8)


RooM GALATEA

11:15 Chair: Annemie Bogaerts

Plasma Chemistry Award lecture: Alexander FridmanWhy Plasma Chemistry is so often a key to breakthrough innovations from energy systems, electronics, and new materials to water treatment,

agriculture and medicine?

12:15 Group Photo

12:30 Lunch break (1h)

13:30 Wednesday afternoon excursions


36

THURSDAY June 13, 2019 (morning)

RooM GALATEA

08:30 Chair Peter Bruggeman

Fumiyoshi Tochikubo Diagnostics and modelling of plasma and liquid interfacial phenomena

Plenary lecture IV


09:30 Chairs Diego Mantovani - Fabio Palumbo

Chairs Frantisek Krcma - zdenko Machala

ChairsChristophe Laux - Gerard Van Rooij

Dirk HegemannWater intrusion in nanometer-thick plasma

polymer filmsO-75 (4)

Felipe IzaPlasma-driven organic Synthesis: Waste-free

Epoxidation O-84 (9) David Go

Rethinking the design of catalysts for plasma-catalysis systems

I-17 (6)

09:45 Tommaso GallinganiCold atmospheric plasma assisted deposition of nanostructured coatings to reduce biofilm

adhesion and proliferationO-76 (4)

David StaackPreliminary results for Hydrocarbon

conversion induced by submerged plasmaO-85 (9)

10:00Jiri Kratochvil

C:H:n:o plasma polymers films for storage/release of antibiotics

O-77 (4)

Elijah ThimsenCharacterization of the electrochemical potential at the plasma-water interface

O-86 (9)

Gottlieb OehrleinMechanistic Aspects of Plasma-Enhanced Catalytic CH4 Decomposition: Surface

infrared Measurements of CHx oxidation and Co formation on ni Catalyst

O-89 (6)10:15 Uwe Lommatzsch

Deposition of a biodegradable inorganic-organic hybrid precursor via aerosol injection in the

afterglow of a cold atmospheric pressure plasma jetO-78 (4)

Tatsuru ShirafujiMaterials processing by efficient utilization of

plasma-liquid interface I-15 (9)

Yanhui YiMethane to Methanol through CH4/o2 Plasma Catalysis with ni-based Catalysts

O-90 (6)

10:30Lei Wang

Aerosol assisted plasma deposition for antibacterial coating

O-79 (4)

Amy AubeLow-pressure non-thermal plasma assisted

heterogeneous catalysis: new insights on the reactor and the processing

O-91 (6)10:45 Refreshment break (30 min)

11:15 ChairsJan Benedikt - Fumiyoshi Tochikubo

ChairsYuzuru Ikehara - Eric Robert

ChairsChristophe Laux - Gerard Van Rooij

Yong-Xin LiuStriations in dual-frequency capacitively

coupled CF4 plasmas O-80 (1)

Julia BandowPlasma meets biotechnology – coupling

plasma and enzymatic reactions I-16 (7)

Duy Khoe DinhControl of non-thermal effect in low current

arc for fuel conversionO-92 (6)

11:30 Andrey StarikovskiyStreamer development in air with density

discontinuityO-81(1)

R. Mohan SankaranLightning in a bottle: Plasma electrolytic

synthesis of ammonia from nitrogen and waterO-93 (6)

11:45Pedro Viegas

Self-consistent diffusion approach to Co2 vibrational kinetics

O-82 (1)

Barbora TarabováBactericidal effects induced by air transient spark with electrospray and/or PAW linked with RonS

chemistry enhanced by other plasma agentsO-87 (7)5

Guido Giammaria Plasma enhanced CaCo3 hydrogenation for

direct fuel productionO-94 (6)

12:00Elise Vervloessem

Modelling the Chemistry of a n2/o2 Plasma in a Gliding Arc Plasmatron

O-83 (1)

Gaurav Nayakon the comparison of direct and remote

plasma treatment with UV disinfection for virus inactivation

O-88 (7)

Yichen MaPlasma cracking of n-dodecane for co-

generation of Cox-free hydrogen and C2 hydrocarbons

O-95 (6)

12:15 Lunch break (1h45min)


37

THURSDAY June 13, 2019 (afternoon)


14:00 ChairsVasco Guerra - nevena Puac

Chairs Eun Ha Choi - Emilio Martines

ChairsSylvain Coulombe - Jaco van der Walt

Alex van de SteegVibrational and gas heating dynamics in

molecular plasma assessed by Thomson and Raman scattering

O-96 (1)

Jeongyeon Park non-Thermal Atmospheric Pressure Plasma as an efficient tool to activate the proliferation of

most mesoderm-derived adult stem cells in vitroO-105 (7)

Xuekai PeiReducing Energy Cost of nox Production in

Air Plasmas O-112 (10)

14:15 Caecilia FröhlerA portable diode system for the quantification

of absolute VUV/UV photon fluxes in low pressure plasmas

O-97(1)

Masafumi Jinno Gene transfer efficiency of surface discharge

method depending on molecular size and collision frequency between gene and cell

O-106 (7)

Yaolin Wangnovel insight into the plasma-enhanced

catalytic synthesis of ammonia over transition metallic catalysts

O-113 (10)

14:30 Timothy ChenTime-resolved measurements of electric field, electron temperature, and electron density in a nanosecond-pulsed dielectric barrier discharge

O-98 (1)

Augusto StancampianoTo ground or not to ground? That is a key

question… during plasma medical treatmentO-107 (7)

Ester Marottanew mechanistic insight in plasma based

water treatments I-19 (10)14:45 Peter Bruggeman

Hollow structure in nanosecond pulsed pin-pin discharge during the breakdown phase

O-99 (1)

Antoine RousseauWound healing using cold plasmas for: in

vitro and in vivo studyO-108 (7)

15:00Tat Loon Chng

Atomic nitrogen production in nanosecond tube discharges

O-100 (1)Yuzuru Ikehara

Low-temperature plasma treatment is a new tissue processing technology - Plasma-induced

blood coagulation limits the excessive host responses

I-18 (7)

Di LiHigh yield direct synthesis of liquid organics

from Co2 and CH4 in a plasma-catalysis packed bed reactor

O-114 (10)

15:15 Emanuele SimoncelliUV-ViS optical spectroscopy investigation on the kinetics of long-lived RonS produced by

a surface DBD plasma sourceO-101 (1)

Michael SchmidtTwo-stage SDBD-reactor for VoC-

treatment: influence of the interstage gas residence time

O-115 (10)


16:00 Chairs:David Go - Paolo Tosi

Chairs Eun Ha Choi - Emilio Martines

ChairsSylvain Coulombe - Jaco van der Walt

Pablo Escot BocanegraGliding arc plasma effects on a CH4-air

turbulent swirling flame O-102 (6)

Van der Paal JonasHow the cell membrane composition

influences plasma-induced cellular effectsO-109 (7)

Jacopo ProfiliWater Stability of Hydrophobic

organosilicon Coatings Deposited on Cellulosic Materials by Atmospheric Pressure

Dielectric Barrier DischargeO-116 (10)

16:15Tomohiro Nozaki

Pulsed reaction spectrometry of DBD-mediated biogas reforming

O-103 (6)

Katsuhisa KitanoPeroxynitric acid (Hoono2) chemistry inside plasma-treated water (PTW) for

effective and safety disinfection O-110 (7)

Shiyun Liu Plasma-catalytic gas cleaning processes for the removal of model tar compound from biomass

gasificationO-117 (10)

16:30Farhan Ahmad

Approaching the reaction equilibrium through a non-equilibrium approach: Plasma

catalytic synergy for low temperature Co2 Methanation

O-104 (6)

Martin WeissEvaluation of the functional tissue penetration depth of non-thermal argon plasma treatment of primary and patient-derived tissue samples by contact- and marker-independent Raman

microspectroscopyO-111 (7)

Glocker Bernd Water plasma plant for halogenated

hydrocarbon decompositionO-118 (10)

16:45Parallel poster sessions (3-4-5-7)

19:0020:00 Gala Dinner


38

FRiDAY June 14, 2019 (morning)

RooM GALATEA

08:30 Chair Françoise Massines

Yi-Kang PuThe physics of nanosecond pulsed microdischarges with high repetition rate

Plenary lecture V

RooM GALATEA RooM DionE RooM PERSEiDE09:30 Chairs

Tomohiro nozaki - Uros CvelbarChairs

Hyun-Ha Kim - Mohan SankaranChairs

Françoise Massines - James Walsh

Uros Cvelbar on the quest for a deterministic approach to

plasma synthesis and conversion of nanowires I-20 (3)

Julien LambertActuation of a premixed stagnation flame by nanosecond-pulsed plasma at atmospheric

pressureO-126 (6)

Alessandro PatelliA novel plasma jet with RF and HF coupled

electrodes O-133 (2)

09:45 Ramses SnoeckxPlasma-based dry reforming of methane:

What role does n2 play in a dielectric barrier discharge?O-127 (6)

Andrzej BartnikEUV induced, low temperature, plasma

sourceO-134 (2)

10:00 Elmira PajootanRadio-Frequency Plasma-Assisted Pulsed

Laser Deposition of Tioxny on Multi-walled Carbon nanotubes: A Structural and

Compositional StudyO-119 (3)

Dae Hoon LeeReview and Discussion on the Use of Plasma

for Catalyst RegenerationO-128 (6)

Ananthanarasimhan Jayanarasimhanobservation of Arc Rotation and Voltage

characteristics in Rotating Gliding ArcO-135 (2)

10:15 Igor KaganovichRoot Growth of Carbon and Boron nitride nanotubes in Plasma of High Pressure Arc

O-120 (3)Gerard van Rooij

Microwave plasma activation of Co2 - accessing vibrational non-equilibrium

I-21 (6)

Enrico Bisceglia Molecular gases dissociation in microwave

plasmas via electronically excited states production of atomic species

O-136 (2)10:30 Jan Benedikt

Atmospheric plasma jets for generation of nanostructured materials or nanoparticles

O-121 (3)

Anton NikiforovRadio-frequency plasma in combination with aerosol injection for biomedical applications

O-137 (2)10:45 Refreshment break (30 min)

11:15 Lorenzo Mangolininon-Thermal Plasma Processing of Tin nanoparticles for Plasmonic Catalysis

O-122 (3)

Aric RoussoKinetic Effect of Hydrocarbon oxidation on Streamer instabilities in nanosecond-pulsed

Plasma DischargesO-129 (6)

James WalshControlled generation and transport of

reactive species in an atmosphericpressure surface barrier discharge

I-22 (2)

11:30 Jozef Tomaninfluence of plasma discharge instability

on the synthesis of graphene nanosheets in dual-channel microwave plasma torch at

atmospheric pressureO-123 (3)

Nicolas MinesiFormation of a fully ionized plasma by

nanosecond discharges in air at atmospheric pressure

O-130 (6)

11:45 Mineo HiramatsuFabrication of graphene-based materials using microwave-exited non-equilibrium

atmospheric pressure plasmaO-124 (3)

Chenyang DingMeasurement of electron temperature and

electron density in filamentary nanosecond surface dielectric barrier discharge

O-131 (6)

Florent P. Sainctinfluence of the source geometry on the

helium HeM(23S) metastable atoms production in a He/o2 plasma jet impacting

on liquid surfaceO-138 (2)

12:00 Audrey Chataininteraction of complex organic matter

with n2-H2 plasma, to understand Titan’s ionospheric dusty plasma

O-125 (3)

Natalia BabaevaPositive nanosecond surface discharge at high

pressures and voltagesO-132 (6)

Pierre TardiveauSpatio-temporal measurements of the electronic density in a diffuse corona

discharge under extreme voltage conditionsO-139 (2)

12:15 General assembly, awards and announcement of iSPC25 (1h15min)


39

MONDAY June 10, 2019 (morning)Plenary lecture I – ROOM GALATEA

Chair: Maria Adriana Creatore

High power impulse magnetron sputtering – extreme plasmas for extreme materials Achim von Keudell

Topic 1: Fundamentals, diagnostics and modelling in plasma chemistry

ROOM GALATEAChairs: Peter Bruggeman, Richard Engeln

I-1Electric field measurements in atmospheric pressure discharges for plasma-assisted combustion and plasma flow control applicationsIgor Adamovich, Marien Simeni Simeni, Yong Tang

O-1 Real-time Diagnostics of Cold Atmospheric Pressure Plasmas using Machine LearningAngelo Bonzanini, Dogan Gidon, Xuekai Pei, Ali Mesbah, David Graves

O-2Long-lived emission in the afterglow of Nitrogen NRP discharges: a tool for hydrodynamics and kinetics studiesArnaud Gallant, Ciprian Dumitrache, Gabi-Daniel Stancu, Christophe Laux

O-3Axial Electric Field Component In A Fast Ionization Wave In Nanosecond Pulsed Nitrogen Discharge At 20-100 MbarInna Orel, Tat Loon Chng, Svetlana Starikovskaia, Igor Adamovich

O-4 Spatial Confinement Effects of Laser Produced Plasmas in Air and under WaterJian Wu, Zhi Zhang, Yan Qiu, Han Yu, Huantong Shi, Xingwen Li

O-5Development of a test-bed technology for the Langmuir Probe investigation of dusty non-thermal plasmasAustin Woodard, Kamran Shojaei, Carla Berrospe, Giorgio Nava, Lorenzo Mangolini

O-6 Measurements of ground state atomic nitrogen in high-pressure NRP discharges using fs-TALIFCiprian Dumitrache, Arnaud Gallant, Gabi Stancu, Christophe Laux

oRAL PRESEnTATionS

40

Topic 3: Plasma processing of nanomaterials and nanostructures: synthesis, modification and nanofabrication

ROOM DIONEChairs: Thierry Belmonte, Gheorghe Dinescu

O-7Hexagonal boron nitride thin films synthesis by micro hollow cathode discharges Hiba Kabbara, Kasri Salima, Vianney Mille, Alexandre Tallaire, Ovidiu Brinza, Guillaume Lombardi, Claudia Lazzaroni

O-8 Porous Ge nano-particle formation from GeO2 nano-particle using high-pressure H2-based plasmaHiromasa Ohmi, Rei Tanaka, Hiroaki Kakiuchi, Kiyoshi Yasutake

O-9 Gliding Arc Plasma Synthesis of Titania-based Photocatalysts: Effect of Swirl-Gas Flow RateSi-Yuan Zhang, AiMin Zhu

O-10Titanium and titanium oxide thin films deposition by “Hot target” Magnetron SputteringCaillard Amael, Graillot-Vuillecot Robin, Thomann Anne-Lise, Konstantinidis Stephanos, Millon Eric, Cachoncinlle Christophe

I-2Exotic combination of optical and mechanical properties of nanoparticle composite thin films fabricated by plasma processes Masaharu Shiratani

O-11Synthesis of COOH-functionalized plasma polymer nanoparticlesPavel Pleskunov, Artem Shelemin, Daniil Nikitin, Jan Hanuš, Jaroslav Kousal, Ivan Khalakhan, Peter Kuš, Andrei Choukourov

O-12Synthesis of CdO nanostructures by nano-second pulsed discharges in liquid nitrogenThierry Belmonte, Mahmoud Trad, Alexandre Nomine, Jaafar Ghanbaja, Cédric Noel, Malek Tabbal


41

Topic 5: Thermal plasma fundamentals and applications

ROOM PERSEIDEChairs: Masaya Shigeta, Takayuki Watanabe

O-13 Metal vapour transport in tungsten–inert-gas weldingAnthony Murphy, Junting Xiang, Fiona Chen, Hunkwan Park

O-14Modification of Si nanoparticle structure through co-condensation in plasma flash evaporation of Si-Al binary powder feedstockMakoto Kambara, Akihiro Tanaka, Mashiro Kaga, Ryoshi Ohta, Masashi Dougakiuchi

I-3 Nonequilibrium Phenomena in Thermal PlasmasJuan Pablo Trelles

O-15Validated Modeling of Atmospheric -Pressure Anodic ArcIgor Kaganovich, Alexander Khrabry, Andrei Khodak, Vlad Vekselman, Yevgeny Raitses

O-16

Fluctuation Phenomena in Diode-Rectified Multiphase AC Arc for Improvement of Electrode ErosionManabu Tanaka, Hiroki Maruyama, Taro Hashizume, Tsugio Matsuura, Takayuki Watanabe

O-17

Complementary studies of dc arc by experiments and combined modelling of the plasma bulk and the cathode boundary layer Chayma Mohsni, Margarita Baeva, Steffen Franke, Sergey Gortschakow, Zouhour Araoud, Kamel Charrada

O-18

A Three Dimensional Two-Temperature Model of Loop-Type of Ar Inductively Coupled Thermal Plasmas for Large-Area Materials ProcessingYasunori Tanaka, Atsushi Fujita, Yoshihiko Uesugi, Tatsuo Ishijima, Tetsuya Yukimoto, Hiroshi Kawaura


42

MONDAY June 10, 2019 (afternoon)


ROOM GALATEAChairs: Anne Bourdon - Satoshi Hamaguchi

I-4CO2 plasmas: from solar fuels to oxygen production on MarsVasco Guerra, P. Ogloblina, T. Silva, M. Grofulović, L. Terraz, A.S. Morillo-Candas, O. Guaitella

O-19 PIC/DSMC Simulation of Vacuum Arc Discharge with Active AnodeQianhong Zhou, Wei Yang, Zhiwei Dong

O-20 Modelling the time-dependent gas heating in low-pressure CO2 and N2 pulsed DC discharges Carlos Pintassilgo, Carlos Pintassilgo, Marija Grofulovic

O-21 Energy efficiency of O2 dissociation in high pressure electron-beam plasmasNikolay Popov

O-22On the stable forms of carbon clusters produced in low pressure sputtering dischargeAmal Allouch, Jonathan Mougenot, Armelle Michau, Swaminathan Prasanna, Mahamadou Seydou, François Maurel, Pascal Brault, Khaled Hassouni


ROOM DIONEChairs: Steven Girshick - Masaharu Shiratani

O-23

First stages of metal surface nanostructuration by He+ implantation: plasma experiments and molecular dynamics simulationsAnne-Lise Thomann, Lucile Pentecoste, Pierre Desgardin, Amaël Caillard, Thomas Lecas, Marie-France Barthe, Pascal Brault

O-24 All-gas-phase Synthesis and Functionalization of Silicon Quantum DotsZhaohan Li, Uwe Kortshagen

O-25Low Temperature Plasma Enhanced Atomic Layer Deposition of Two Dimensional Molybdenum DisulfideChad Beaudette, Jacob Held, Andre Mkhoyan, Uwe Kortshagen


43

O-26In-flight plasma treatment of Fe nanoparticlesJan Hanuš, Hana Libenská, Tereza Kretková, Ondřej Kylián, Milan Dopita, Miroslav Cieslar, Hynek Biederman

O-27 Hybrid Nanoparticulate Coating in Porous Polymers by Roll to Roll Atmospheric Pressure PlasmaJing Zhang

O-28Comparison of two atmospheric plasma routes for the synthesis of Pt nanoparticles for fuel cell applicationsFrançois Reniers, Joffrey Baneton, Giuseppe Caldarella, Yann Busby, Jean-Jacques Pireaux, Nathalie Job, Michael Gordon

Topic 9: Plasma in and in contact with liquids

ROOM PERSEIDEChairs: Petr Lukes - Cristina Paradisi

O-29Coupled 0D chemical kinetics and 2D fluid dynamics modelling of a plasma jet interacting with water: Reactivity and stability of RONSAnnemie Bogaerts

O-30

Plasma-induced species deposited in liquids: On the Sulphur oxidation path to elucidate predominant chemical dynamicsGiuliana Bruno, Jan-Wilm Lackmann, Michael Lalk, Thomas von Woedtke, Kristian Wende

O-31 Plasma generation within gas bubbles using a Plasma GunAudoin Hamon, Eric Robert

O-32Interaction of chloride solutions with plasma-supplied reactive oxygen species- transferring reactivity from gas to liquidVít Jirásek, Petr Lukeš

I-5Plasma activated water chemical and antibacterial effects correlate with gaseous and aqueous RONS, plasma source, air and water flow conditions Zdenko Machala, Barobora Tarabová, Tomislava Vukušic, Mario Janda, Karol Hensel


44

3 MIN POSTER PITCHES - SESSION 1

ROOM GALATEAChair: Romolo Laurita

P1-24 Monte Carlo Flux simulations of electrons for plasma modellingLuca Vialetto, Savino Longo, Paola Diomede

P1-36Characterization of a kHz atmospheric pressure plasma jet: measurements of the electric field, electron properties and other plasma parametersMarlous Hofmans, Ana Sobota, Olivier Guaitella

P1-41Kinetic modeling and uncertainty analysis of hybrid repetitive nanosecond and DC discharge enhanced low temperature H2/O2/He ignitionXingqian Mao, Qi Chen, Aric Rousso, Timothy Chen, Yiguang Ju

P1-49Iodine as propellant for electric propulsion: updated global model and comparison to experimentsFlorian Marmuse, Romain Lucken, Cyril Drag, Jean-Paul Booth, Anne Bourdon, Nicolas Sisourat, Ane Aanesland, Pascal Chabert

P1-59 The use of a pulsed-corona plasma for tar-cracking at high temperatures: first insightsYamid Gomez Rueda, Lieve Helsen

P1-96 Inertization of arsenic in the resin by microwave plasmaRaynard Sanito

P1-103 NOx production using pulsed atmospheric plasma discharge: Identification and diagnosticsYiwei Jiang, Anton Nikiforov, Mikhail Gromov, Nathalie De Geyter, Rino Morent

P1-113 Discharge formation inside the honeycomb structures assisted by surface barrier dischargeRichard Cimerman, Emanuel Maťaš, Karol Hensel

P2-1Time-evolution of the CO2 conversion studied by in situ FTIR absorption and isotopic exchangeAna Sofia Morillo-Candas, Bart.L.M. Klarenaar, Tiago Silva, Richard Engeln, Vasco Guerra, Olivier Guaitella

P2-9 Ion chemistry in N2-H2 and N2-CH4 plasmas representative of Titan’s ionosphereAudrey Chatain, Olivier Guaitella, Nathalie Carrasco, Lora Jovanovic

P2-27 Automatic Assembling of Kinetic Reaction Schemes for Plasma Modelling ApplicationsMartin Hanicinec, Sebastian Mohr, Jonathan Tennyson

P2-47Non-equilibrium atmospheric pressure discharge, sustained by focused CW gyrotron radiation with a frequency of 24 GHzSergey Sintsov, Alexander Vodopyanov, Dmitry Mansfeld, Mikhail Viktorov

P2-50 Characterization of helium plasma jet at atmospheric pressure touching water, metal and dielectric surface Julien Cosimi, Frédéric Marchal, Nofel Marbahi

P2-56

Preliminary Characterisation of Carbon Dioxide and Steam Microwave Plasma Torch for Gasification ApplicationsSimon Vecten, Amos Dexter, Alastair Martin, Nuno Bimbo, Richard Dawson, Michael Wilkinson, Ben Herbert


45

TUESDAY June 11, 2019 (morning)

Plenary lecture II – ROOM GALATEA Chair: Alexander Fridman

Plasma medicine: issues and challenges linked to the plasma/biological target interactions Jean-Michel Pouvesle


ROOM GALATEAChairs: He Ping Li - Achim von Keudell

O-33Vibrational energy transfer in CH4 plasmaTom Butterworth, Alex van de Steeg, Dirk van den Bekerom, Teofil Minea, Qin Ong, Gerard van Rooij

O-34

Gas temperature and vibrational temperature in a pulsed N2 microwave plasma: a combined experimental and computational study to explore non-equilibrium conditionsSenne Van Alphen, Vincent Vermeiren, Tom Butterworth, Dirk van den Bekerom, Gerard van Rooij, Annemie Bogaerts

I-6Vibrational kinetics of CO2 in non-thermal plasmaRichard Engeln, Bart Klarenaar, Mark Damen, Marija Grofulović, Olivier Guaitella, Richard van de Sanden

O-35

Insights into the peculiar field structure of a recent diffuse discharge under extreme voltage conditions by electric field induced second harmonic generation and optical emission spectroscopyAlexandra Brisset, Chng Tat-Loon, Starikovskaia Svetlana, Admaovich Igor, Pierre Tardiveau

Topic 10: Plasmas for environmental applications and resource recovery

ROOM GALATEAChairs: Richard van De Sanden - Ester Marotta

I-7 Chemical Conversion in Atmospheric Pressure Plasmas Sustained in Packed Bed ReactorsMark Kushner, Juliusz Kruszelnicki

O-36 Experimental study on plasma promoted catalytic synthesis of hydrocarbons from syngasDi Li

O-37The catalytic role of metal species for CO2 dissociation in plasma-catalytic process: a combined experimental and DFT studyShaojun Xu


46

Topic 7: Plasma medicine and plasma agriculture

ROOM DIONEChairs: Masaru Hori - Romolo Laurita

I-8 Potential of hydrogels and liquids in plasma therapy of osteosarcomaCristina Canal

O-38Treatment of carcinomas using atmospheric pressure plasma jets: from targets to in vivo models to investigate innocuity and therapeutic efficiencyThierry Dufour, Judee Florian

O-39

Plasma-Cell interactions mediated by liquid phase chemistry: in vitro testing methods toward therapeutic approachesEloisa Sardella, Roberto Gristina, Amalia Azzariti, Grazia Paola Nicchia, Mariagrazia Mola, Rosa Maria Iacobazzi, Letizia Porcelli, Valeria Veronico, Francesco Ciminale, Loris Grossi, Francesco Fracassi, Pietro Favia

O-40

Anticancer activity of plasma activated liquids for the treatment of epithelial ovarian cancer cellsRaluca Alina Bisag, Cristiana Bucci, Romolo Laurita, Giulia Girolimetti, Sara Coluccelli, Lorena Marchio, Matteo Gherardi, Giuseppe Gasparre, Anna Myriam Perrone, Anna Maria Porcelli, Vittorio Colombo, Pierandrea De Iaco

O-41COST plasma jet: More than a reference standard Yury Gorbanev, Angela Privat Maldonado, Evelien Smits, Jonas Van der Paal, Christof Verlackt, Stefan Tinck, Annemie Bogaerts

O-42 A dielectric barrier discharge plasma degrades proteins to peptide fragments cleaving the peptide bondMarco Krewing, Britta Schubert, Julia E. Bandow

O-43Small molecule analytics to elucidate the impact of plasma derived chemical species on biological targetsKristian Wende, Giuliana Bruno, Sebastian Wenske, Sander Bekeschus, Thomas von Woedtke, Michael Lalk, Klaus-Dieter Weltmann, Jan-Wilm Lackmann

O-44 Chemical modification of tyrosine by atmospheric pressure plasma exposureShota Sasaki, Keisuke Takashima, Yutaka Kimura, Maho Yanagisawa, Toshiro Kaneko


47

Topic 4: Plasma deposition of functional coatings and treatment of inorganic and organic materials

ROOM PERSEIDEChairs: Maria Adriana Creatore - Dirk Hegemann

O-45 Functionality by Nanostructuring: PECVD of Tin-Sulfide NanowallsCharlotte Ruhmlieb, Maria Taplick, Christian Strelow, Tobias Kipp, Alf Mews

O-46Methods for a fast evaluation of the nano-porosity of thin coatings for the development of plasma polymeric membranes Montgomery Jaritz, Stefan Wilski, Kleines Lara, Christian Hopmann, Rainer Dahlmann

O-47 Study of the properties of Al:ZnO thin films grown by plasma-enhanced atomic layer depositionJulian Pilz, Benjamin Sorgmann, Alberto Perrotta, Anna Maria Coclite

O-48Fabrication of superhydrophilic and amphiphilic TiO2 thin films by glancing angle RF magnetron sputtering at low substrate temperatureVasiliki Eleftheria Vrakatseli, Ergina Farsari, Dimitrios Mataras

O-49Atmospheric Plasma Deposited Films from Several Organosilanes and Differences in Chemical Structure and Si-O-Si Bonding ArrangementsMary Gilliam, Susan Farhat, Benjamin Peterson

O-50

Atmospheric pressure plasma initiated chemical vapor deposition (AP-PiCVD) – temporally isolated discharges for the growth of functional polymersFrançois Loyer, Dominique Abesollo Ondo, Gilles Frache, Maryline Moreno-Couranjou, Simon Bulou, Patrick Choquet, Nicolas Boscher

O-51Plasma Polymerization of Cyclopropylamine in Argon on Non-planar and Porous Substrates: Sticking Probability and Deposition Penetration Depth Miroslav Michlíček, Lucie Bláhová, Lenka Zajíčková

I-9 Recent advances in the control of the nanoarchitecture of plasma generated organic-based thin filmsRony Snyders


48

TUESDAY June 11, 2019 (afternoon)


ROOM GALATEAChairs: Pietro Favia - Rony Snyders

O-52 Separated effects of plasma species and post-treatment on the properties of barrier layers on polymersMarc Böke, Beatrix Biskup, Markus Brochhagen, Jan Benedikt

O-53Easy synthesis of hybrid hydrophilic-hydrophobic patterned surfaces by atmospheric plasmasDemaude Annaëlle, Poleunis Claude, Goormaghtigh Erik, Delcorte Arnaud, Gordon Michael, Reniers François

O-54Effect of Precursor Chemistry on the microstructure of Ba(Mg1/3Ta2/3)O3 during Hybrid Suspension/Solution Precursor Plasma SprayingHuidong Hou, Jocelyn Veilleux, François Gitzhofer, Quansheng Wang

O-55 Defect generation and annihilation in hydrogenated amorphous silicon during plasma treatmentShota Nunomura, Isao Sakata, Koji Matsubara

I-10 Plasma-assisted atomic layer deposition of highly conductive HfNx layersMaria Adriana Creatore, Saurabh Karwal, Marcel A. Verheijen, Wilhelmus M.M. Kessels

Topic 2: Plasma sources design and characterization

ROOM DIONEChairs: Anton Nikiforov - Alessandro Patelli

O-56Elucidating the role of gas dynamics in the vortex-confined microwave plasma on CO2 dissociation efficiencyBram Wolf, Floran Peeters, Tim Righart, Richard van de Sanden, Waldo Bongers

O-57 Atmospheric pressure glow discharge: design improvement based on modelling and experimentsGeorgi Trenchev, Anton Nikiforov, Weizong Wang, Stanimir Kolev, Annemie Bogaerts

I-11 Dual frequency DBDs or how to design an atmospheric pressure plasma for surface treatmentFrancoise Massines, Magnan Romain, Brunet Paul, Bazinette Remy

O-58 Advantages of the New Conical Torch for ICP SpectrometryJavad Mostaghimi, Sina Alavi

O-59

A zero-dimensional modelling of a coaxial surface wave discharge in oxygen diluted with hexamethyldisiloxane for the deposition of SiOx filmsEfe Kemaneci, Felix Mitschker, Jan Benedikt, Denis Eremin, Peter Awakowicz, Ralf Peter Brinkmann


49


ROOM PERSEIDEChairs: Javad Mostaghimi - Gervais Soucy

I-12 To simulate turbulent thermal plasma flows for nanopowder fabricationMasaya Shigeta

O-60Design-oriented modelling for the synthesis of Cu nanoparticles by a RF thermal plasma: impact of quenching solutions, radiative losses and thermophoresisVittorio Colombo, Simone Bianconi, Marco Boselli, Matteo Gherardi

O-61

Effect of Alternating Gas Injection on Temperature Fields in Reaction Chamber using Inductively Coupled Thermal Plasmas for Nanoparticle SynthesisYasunori Tanaka, Kotaro Shimizu, Kazuki Onda, Keita Akashi, Yoshihiko Uesugi, Tatsuo Ishijima, Shiori Sueyasu, Shu Watanabe, Keitaro Nakamura

O-62 Plasma Treatment of Biomedical wasteAlexander Ustimenko, George Paskalov, Vladimir Messerle, Alfred Mosse

O-63

Reproduction of cosmic dust analogues by non-equilibrium condensation in triple DC thermal plasma jet systemTae-Hee Kim, Jeong-Hwan Oh, Minseok Kim, Yong Hee Lee, Seung-Hyun Hong, Sooseok Choi

3 MIN POSTER PITCHES – SESSION 2

ROOM GALATEAChair: Romolo Laurita

P2-70A multi-jet Plasma Gun equipped with branching device for the treatment of liquidsAlina Bisag, Eric Robert, Romolo Laurita, Matteo Gherardi, Jean-Michel Pouvesle, Vittorio Colombo.

P2-72 Subsurface ferroelectric water provokes a controlled protein adsorptionEzgi Bulbul, Dirk Hegemann

P2-100Selective Destruction toward A-375 Human Melanoma Cells by Atmospheric Pressure Plasma Jet TreatmentsSaitong Muneekaew, Meng-Jiy Wang

P2-110Drug introduction into cells using direct exposure of gas-liquid interfacial plasmasRyosuke Honda, Shota Sasaki, Keisuke Takashima, Makoto Kanzaki, Takehiko Sato, Toshiro Kaneko

P2-122Atmospheric Pressure Argon Plasma Jet Assisted Copolymerization of Sulfobetaine Methacrylate and Acrylic Acid for Anti-fouling ApplicationYueh-Han Huang, Meng-Jiy Wang


50

P3-13In-situ monitoring of nanoparticle formation in cluster source by UV-Vis spectroscopyDaniil Nikitin, Oleksandr Polonskyi, Jonas Drewes, Jan Hanus, Franz Faupel, Andrei Choukourov, Hynek Biederman

P3-19

Formation Mechanism of Carbon-Coated Amorphous Si Nanoparticles Synthesized by Induction Thermal PlasmasRiriko Hayashida, Kentaro Yamano, Hirotaka Sone, Manabu Tanaka, Takayuki Watanabe

P3-23Synthesis of Lithium Oxide Composite with Refractory Metal by Induction Thermal PlasmasTadashi Nonaka, Shuhei Yoshida, Kentaro Yamano, Ririko Hayashida, Manabu Tanaka, Takayuki Watanabe

P3-26Synthesis of graphene-based materials using plasma technology at atmospheric pressureAna Casanova, Rocío Rincón, Jose Muñoz, Alicia Gomis-Berenguer, Conchi O. Ania, M. Dolores Calzada

P3-43 Synthesis of Transition Metal Boride Nanoparticles by Induction Thermal PlasmaLibei Liu, Yuta Tanoue, Tadashi Nonaka, Manabu Tanaka, Takayuki Watanabe

P3-53

Atmospheric pressure gliding arc with side inlet applied to polypropylene treatment and deposition of thin plasma polymer layersKateřina Polášková, Petr Jelínek, Filip Jeník , Zdeňka Jeníková, Jiří Cerman, Vilma Buršíková, Petr Špatenka, Lenka Zajíčková

P3-77

Pure Silicon Nanoparticle Synthesis using Tandem Type of Induction Thermal Plasmas with Simultaneous Controlled Modulation of Upper- and Lower-Coil CurrentKazuki Onda, Kotaro Shimizu, Keita Akashi, Yasunori Tanaka, Yoshihiko Uesugi, Tatsuo Ishijima, Shiori Sueyasu, Shu Watanabe, Keitaro Nakamura

P3-82Three dimensional nonequilibrium numerical simulation of anode region of high intensity transferred arcTao Zhu, Hai-Xing Wang, Su-Rong Sun

P3-100

Generation and transport of cold plasma in metres-long tubing for plasma medicine application in endoscopyMax Thulliez, Orianne Bastin, Delphine Merche, Alp Ozkan, Antoine Nonclerq, Alain Delchambre, Jacques Devière, François Reniers


51

WEDNESDAY June 12, 2019 (morning)

Plenary lecture III – ROOM GALATEA Chair: Mark J. Kushner

Challenges in the modeling and the simulation of low-temperature plasma Anne Bourdon


ROOM GALATEAChairs: Igor Adamovich - Yi-Kang Pu

O-64Vibrational and rotational properties of O2 molecules in very high frequency plasmas with high sensitivity broadband absorption spectroscopyJianping Zhao

O-65 Experimental investigation of microdischarges in cathodic pin polarity of a barrier corona arrangementSina Jahanbakhsh, Volker Brüser, Ronny Brandenbrug

O-66Mass Spectrometric Detection of Ionic Species in a Naphthalene Plasma: Understanding Fragmentation Patterns and Growth of PAHsMartin Alliati, David Donaghy, Xin Tu, James Bradley

O-67Ar addition to CO2 plasmas for controlling dissociation and vibrational excitationAna Filipa Sovelas da Silva, Ana Sofia Morillo-Candas, Alex van de Steeg, Olivier Guaitella, Vasco Guerra, Gerard van Rooij

O-68Identifying the scaling parameters of neutral kinetics in DBD plasma atomizers using screening and variance-based sensitivity analysisAdam Obrusnik, Pavel Dvořák, Jiří Dědina


ROOM DIONEChairs: Matteo Gherardi - David Graves

I-13Plasmas for plant bio-engineering and in agriculture for resource recoveryNevena Puac, Nikola Skoro, Suzana Zivkovic, Milica Milutinovic, Sladjana Jevremovic, Olivera Jovanovic, Gordana Malovic, Zoran Lj. Petrovic

O-69

Effect of plasma treatment on growth and harvest of rice seedsHiroshi Hashizume, Hidemi Kitano, Hiroko Mizuno, Satoru Kinoshita, Genki Yuasa, Satoe Tohno, Hiromasa Tanaka, Kenji Ishikawa, Shogo Matsumoto, Hitoshi Sakakibara, Susumu Nikawa, Masayoshi Maeshima, Masaaki Mizuno, Masaru Hori


52

O-70

Plasma-assisted deposition of fungicide containing coatings for encapsulation and protection of maize seedsFabio Palumbo, Chiara Lo Porto, Stefania Somma, Mario Masiello, Antonio Moretti, Francesco Farcassi, Pietro Favia

O-71

Novel bactericidal method for aquaculture using benzoic-compound solutions treated with oxygen radicalsNaoyuki Iwata, Vladislav Gamaleeve, Jun-Seok Oh, Hiroshi Hashizume, Takayuki Ohta, Kenji Ishikawa, Masaru Hori, Masafumi Ito

Topic 8: Plasma treatment of biomaterials

ROOM PERSEIDEChairs: Cristina Canal - Eloisa Sardella

O-72Controlling the orientation and density of peptides irreversibly immobilized on ion-assisted plasma polymerized filmsBehnam Akhavan, Lewis Martin, Marcela Bilek

O-73Application of air plasma generated by surface micro-discharge in decellularized porcine aortic valve leaflets treatmentZilan Xiong, Chen Lu, Jinchi Dai, Nianguo Dong

I-14

Direct functionalization of metals by low-pressure plasma improves the clinical performances of coronary stents: From surface modification to in vitro and in vivo validationDiego Mantovani, Sergio Diaz-Rodriguez, Pascale Chevallier, Laurent Houssiau, Giuseppina Caligiuri

O-74Direct Exposure of dry enzymes to atmospheric pressure cold plasmasFiorenza Fanelli, Francesco Fracassi, Annamaria Lapenna, Valeria Angarano, Gerardo Palazzo, Antonia Mallardi

Plasma Chemistry Award lecture – ROOM GALATEA Chair: Annemie Bogaerts

Why Plasma Chemistry is so often a key to breakthrough innovations from energy systems, electronics, and new materials to water treatment, agriculture and medicine?

Alexander Fridman


53

THURSDAY June 13, 2019 (morning)

Plenary lecture IV – ROOM GALATEA Chair: Mark J. Kushner

Challenges in the modeling and the simulation of low-temperature plasmaFumiyoshi Tochikubo


ROOM GALATEAChairs: Diego Mantovani - Fabio Palumbo

O-75 Water intrusion in nanometer-thick plasma polymer filmsDirk Hegemann, Ezgi Bülbül, Sandra Gaiser, Patrick Rupper, Martin Amberg

O-76

Cold atmospheric plasma assisted deposition of nanostructured coatings to reduce biofilm adhesion and proliferationTommaso Gallingani, Romolo Laurita, Anna Liguori, Matteo Gherardi, Vittorio Colombo, Elisa Resca, Giorgio Mari, Tiziana Petrachi, Massimo Dominici, Elena Veronesi

O-77C:H:N:O plasma polymers films for storage/release of antibioticsJiri Kratochvil, Vitezslav Stranak, David Kahoun, Jana Vaclova, Vadym Prysiazhnyi, Ondrej Kylian

O-78Deposition of a biodegradable inorganic-organic hybrid precursor via aerosol injection in the afterglow of a cold atmospheric pressure plasma jetUwe Lommatzsch, Sabine Amberg-Schwab, Jost Degenhardt

O-79Aerosol assisted plasma deposition for antibacterial coatingLei Wang, Chiara Lo Porto, Fabio Palumbo, Martina Modic, Uroš Cvelbar, Christophe Leys, Anton Nikiforov


ROOM GALATEAChairs: Jan Benedikt, Fumiyoshi Tochikubo

O-80 Striations in dual-frequency capacitively coupled CF4 plasmasYong-Xin Liu

O-81 Streamer development in air with density discontinuityAndrey Starikovskiy, Nikolay Aleksandrov


54

O-82 Self-consistent diffusion approach to CO2 vibrational kineticsPedro Viegas, Mauritius C. M. van de Sanden, Savino Longo, Paola Diomede

O-83 Modelling the Chemistry of a N2/O2 Plasma in a Gliding Arc PlasmatronElise Vervloessem, Fatme Jardali, Maryam Aghaei, Annemie Bogaerts


ROOM DIONEChairs: Frantisek Krcma - Zdenko Machala

O-84Plasma-driven Organic Synthesis: Waste-free EpoxidationFelipe Iza, Han Xu, Sui Wang, Muhammad Shaban, Anas Alkayal, Dingxin Liu, Benjamin Buckley

O-85Preliminary results for Hydrocarbon conversion induced by submerged plasmaDavid Staack, Kunpeng Wang, Shariful Bhuyian, Md. Abdullah Baky, Christopher Campbell, Howard Jemison

O-86 Characterization of the electrochemical potential at the plasma-water interfaceElijah Thimsen, Trey Oldham

I-15 Materials processing by efficient utilization of plasma-liquid interfaceTatsuru Shirafuji


ROOM DIONEChairs: Yuzuru Ikehara - Eric Robert

I-16Plasma meets biotechnology – coupling plasma and enzymatic reactionsJulia E. Bandow, Abdulkadir Yayci, Álvaro Gómez Baraiba, Marco Krewing, Robert Kourist

O-87Bactericidal effects induced by air transient spark with electrospray and/or PAW linked with RONS chemistry enhanced by other plasma agentsBarbora Tarabová, Petr Lukeš, Eva Doležalová, Robin Menthéour, Zdenko Machala

O-88 On the comparison of direct and remote plasma treatment with UV disinfection for virus inactivationGaurav Nayak, Ankit Moldgy, Hamada Aboubakr, Sagar Goyal, Peter Bruggeman


55

Topic 6: Plasma-assisted conversion, combustion, propulsion and aerodynamics

ROOM PERSEIDEChairs: Christophe Laux - Gerard Van Rooij

I-17 Rethinking the design of catalysts for plasma-catalysis systemsDavid Go

O-89Mechanistic Aspects of Plasma-Enhanced Catalytic CH4 Decomposition: Surface Infrared Measurements of CHx Oxidation and CO formation on Ni CatalystGottlieb Oehrlein, Oehrlein G., Zhang S, Li Y., Jiang J., Bruggeman P.

O-90 Methane to Methanol through CH4/O2 Plasma Catalysis with Ni-based CatalystsYanhui Yi, Shangkun Li, Hongchen Guo, Annemie Bogaerts

O-91Low-pressure non-thermal plasma assisted heterogeneous catalysis: new insights on the reactor and the processingAmy Aube, Davide Beretta, Giorgio Nava, Austin Woodard, Lorenzo Mangolini

O-92 Control of non-thermal effect in low current arc for fuel conversionDuy Khoe Dinh, Dae Hoon Lee, Young-Hoon Song

O-93 Lightning in a bottle: Plasma electrolytic synthesis of ammonia from nitrogen and waterR. Mohan Sankaran, Ryan Hawtof, Souvik Ghosh, Evan Guarr, Julie Renner

O-94 Plasma enhanced CaCO3 hydrogenation for direct fuel productionGuido Giammaria, Leon Lefferts

O-95 Plasma cracking of n-dodecane for co-generation of COx-free hydrogen and C2 hydrocarbonsYichen Ma, Jonathan Harding, Shiyun Liu, Xin Tu


56

THURSDAY June 13, 2019 (afternoon)


ROOM GALATEAChairs: Vasco Guerra - Nevena Puac

O-96Vibrational and gas heating dynamics in molecular plasma assessed by Thomson and Raman scatteringAlex van de Steeg, Tom Butterworth, Gerard van Rooij

O-97A portable diode system for the quantification of absolute VUV/UV photon fluxes in low pressure plasmasCaecilia Fröhler, Roland Friedl, Stefan Briefi, Ursel Fantz

O-98

Time-resolved Measurements of Electric Field, Electron Temperature, and Electron Density in a Nanosecond-Pulsed Dielectric Barrier DischargeTimothy Chen, Benjamin Goldberg, Aric Rousso, Shuqun Wu, Yiguang Ju, Egemen Kolemen

O-99 Hollow structure in nanosecond pulsed pin-pin discharge during the breakdown phasePeter Bruggeman, Chen Chuanjie, Simeni Simeni Marien, Li Shou-Zhe

O-100 Atomic nitrogen production in nanosecond tube dischargesTat Loon Chng, Inna Orel, Nikolay Popov, Svetlana Starikovskaia

O-101

UV-VIS optical spectroscopy investigation on the kinetics of long-lived RONS produced by a surface DBD plasma source Emanuele Simoncelli, Jeff Schulpen, Federica Barletta, Romolo Laurita, Matteo Gherardi, Vittorio Colombo, Anton Nikiforov


ROOM GALATEAChairs: David Go - Paolo Tosi

O-102Gliding arc plasma effects on a CH4-air turbulent swirling flamePablo Escot Bocanegra, Toufik Boushaki, Hajar Zaidaoui, Sébastien Dozias, Maxime Wartel, Stephane Pellerin, Eric Robert

O-103Pulsed reaction spectrometry of DBD-mediated biogas reformingTomohiro Nozaki, Kenta Sakata, Yoshiki Watanabe, Zunrong Sheng, Seigo Kameshima, Hyun-Ha Kim

O-104Approaching the reaction equilibrium through a non-equilibrium approach: Plasma catalytic synergy for low temperature CO2 Methanation Farhan Ahmad, Emma Lovell, Jason Scott, Rose Amal


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ROOM DIONEChairs: Eun Ha Choi - Emilio Martines

O-105Non-Thermal Atmospheric Pressure Plasma as an efficient tool to activate the proliferation of most mesoderm-derived adult stem cells in vitroJeongyeon Park, Kiwon Song, Hyunyoung Lee, Hae June Lee

O-106Gene transfer efficiency of surface discharge method depending on molecular size and collision frequency between gene and cellMasafumi Jinno, Tatsuya Hiramatsu, Hiroko Hirashige, Yugo Kido, Susumu Satoh

O-107To ground or not to ground? That is a key question… during plasma medical treatmentAugusto Stancampiano, Thai-Hoa Chung, Sebastien Dozias, Jean-Michel Pouvesle, Luis Mir, Eric Robert

O-108Wound healing using cold plasmas for: in vitro and in vivo studyAntoine Rousseau, Constance Duchesne, Nadira Frescaline , Sebastien Bazet, Jean-Jacques Lataillade

I-18Low-temperature plasma treatment is a new tissue processing technology - Plasma-induced blood coagulation limits the excessive host responses-Yuzuru Ikehara, Sanae Ikehara

O-109How the cell membrane composition influences plasma-induced cellular effectsJonas Van der Paal, Sung-Ha Hong, Maksudbek Yusupov, Nishta Gaur, Jun-Seok Oh, Annemie Bogaerts, Endre Szili

O-110

Peroxynitric acid (HOONO2) chemistry inside plasma-treated water (PTW) for effective and safety disinfectionKatsuhisa Kitano, Satoshi Ikawa, Yoichi Nakashima, Takashi Yokoyama, Yusuke Kawashima, Atsushi Tani

O-111

Evaluation of the functional tissue penetration depth of non-thermal argon plasma treatment of primary and patient-derived tissue samples by contact- and marker-independent Raman microspectroscopyMartin Weiss, Eva Brauchle, Wenzel Thomas, Schenke-Layland Katja, Wallwiener Diethelm, Brucker Sara, Oehr Christian, Barz Jakob


58


ROOM PERSEIDEChairs: Sylvain Coulombe - Jaco van der Walt

O-112 Reducing Energy Cost of NOx Production in Air PlasmasXuekai Pei, Dogan Gidon, David Graves

O-113Novel insight into the plasma-enhanced catalytic synthesis of ammonia over transition metallic catalystsYaolin Wang, Michael Craven, Xin Tu

I-19 New mechanistic insight in plasma based water treatments Ester Marotta

O-114High yield direct synthesis of liquid organics from CO2 and CH4 in a plasma-catalysis packed bed reactorDi Li

O-115 Two-stage SDBD-reactor for VOC-treatment: Influence of the interstage gas residence timeMichael Schmidt, Manfred Kettlitz, Milko Schiorlin, Ronny Brandenburg

O-116

Water Stability of Hydrophobic Organosilicon Coatings Deposited on Cellulosic Materials by Atmospheric Pressure Dielectric Barrier DischargeJacopo Profili, Sara Babaei, Annie Dorris, Stephanie Beck, Andranik Sarkissian, Luc Stafford

O-117Plasma-catalytic gas cleaning processes for the removal of model tar compound from biomass gasificationShiyun Liu, Danhua Mei, Xin Tu, Zhi Fang

O-118 Water plasma plant for halogenated hydrocarbon decomposition Glocker Bernd, Dobslaw Daniel


59

FRIDAY June 14, 2019 (morning)

Plenary lecture V – ROOM GALATEA Chair: Françoise Massines

The physics of nanosecond pulsed microdischarges with high repetition rate Yi-Kang Pu


ROOM GALATEAChairs: Tomohiro Nozaki - Uros Cvelbar

I-20 On the quest for a deterministic approach to plasma synthesis and conversion of nanowiresUros Cvelbar, Gregor Filipič, Oleg Baranov, Martin Košiček, Janez Zavašnik

O-119Radio-Frequency Plasma-Assisted Pulsed Laser Deposition of TiOxNy on Multi-walled Carbon Nanotubes: A Structural and Compositional StudyElmira Pajootan, Sammie A. Alolabi, Sylvain Coulombe, Sasha Omanovic

O-120Root Growth of Carbon and Boron Nitride Nanotubes in Plasma of High Pressure ArcIgor Kaganovich, Alexander Khrabry, Bennett Greenberg, Stephane Ethier, Alma Pineda, Shurik Yatom, Yevgeny Raitses

O-121 Atmospheric plasma jets for generation of nanostructured materials or nanoparticlesJan Benedikt, Ove Hansen, Oleksandr Polonskyi, Sadegh Askari, Judith Golda

O-122 Non-Thermal Plasma Processing of TiN Nanoparticles for Plasmonic CatalysisLorenzo Mangolini, Alejandro Alvarez Barragan, Carla Berrospe Rodriguez,

O-123Influence of plasma discharge instability on the synthesis of graphene nanosheets in dual-channel microwave plasma torch at atmospheric pressureJozef Toman, Ondrej Jasek, Miroslav Snirer, Vit Kudrle, Jana Jurmanova

O-124Fabrication of graphene-based materials using microwave-exited non-equilibrium atmospheric pressure plasmaMineo Hiramatsu, Taishu Oyama, Keigo Takeda, Hiroki Kondo

O-125Interaction of complex organic matter with N2-H2 plasma, to understand Titan’s ionospheric dusty plasmaAudrey Chatain, Olivier Guaitella, Nathalie Carrasco, Thomas Gautier


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ROOM DIONEChairs: Hyun-Ha Kim - Mohan Sankaran

O-126 Actuation of a premixed stagnation flame by nanosecond-pulsed plasma at atmospheric pressureJulien Lambert, Sylvain Coulombe, Jeffrey Bergthorson

O-127 Plasma-based dry reforming of methane: What role does N2 play in a dielectric barrier discharge?Ramses Snoeckx, Min Suk Cha

O-128 Review and Discussion on the Use of Plasma for Catalyst RegenerationDae Hoon Lee, Sungkwon Jo, Kwan-Tae Kim, Hongjae Kang, Young-Hoon Song

I-21Microwave plasma activation of CO2 - accessing vibrational non-equilibriumGerard van Rooij, D.C.M. van den Bekerom, T. Butterworth, R. Engeln, T. Minea, A.v.d. Steeg, Q. Ong, M.C.M. van de Sanden

O-129

Kinetic Effect of Hydrocarbon Oxidation on Streamer Instabilities in Nanosecond-pulsed Plasma DischargesAric Rousso, Benjamin Goldberg, Timothy Chen, Shuqun Wu, Arthur Dogariu, Richard Miles, Egemen Kolemen, Yiguang Ju

O-130 Formation of a fully ionized plasma by nanosecond discharges in air at atmospheric pressureNicolas Minesi, Sergey Stepanyan, Gabi-Daniel Stancu, Christophe Laux

O-131Measurement of electron temperature and electron density in filamentary nanosecond surface dielectric barrier dischargeChenyang Ding, Sergey Shcherbanev, Svetlana Starikovskaia

O-132 Positive nanosecond surface discharge at high pressures and voltagesNatalia Babaeva, George Naidis, Ch. Ding, Svetlana Starikovskaia


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ROOM PERSEIDEChairs: Françoise Massines - James Walsh

O-133A novel plasma jet with RF and HF coupled electrodesAlessandro Patelli, Francesco Tampieri, Ester Marotta, Barbara Zaniol, Thomas Neubert, Kristina Lachmann, Paolo Scopece, Marco Mardegan, Elti Cattaruzza

O-134EUV induced, low temperature, plasma sourceAndrzej Bartnik, Wojciech Skrzeczanowski, Henryk Fiedorowicz, Przemyslaw Wachulak, Tomasz Fok, Lukasz Wegrzynski

O-135Observation of Arc Rotation and Voltage characteristics in Rotating Gliding ArcAnanthanarasimhan Jayanarasimhan, Lakshminarayana Rao, Anand M Shivapuji, Dasappa S

O-136

Molecular gases dissociation in microwave plasmas via electronically excited states production of atomic speciesEnrico Bisceglia, Mostafa Aldanawi, Xavier Aubert, Swaminathan Prasanna, Corinne Duluard Curley, Khaled Hassouni, Guillaume Lombardi

O-137Radio-frequency plasma in combination with aerosol injection for biomedical applications.Anton Nikiforov, Ivan Sremački, Lei Wang, Andrea Jurov, Martina Modic, Uroš Cvelbar, Christophe Leys

I-22

Controlled generation and transport of reactive species in an atmospheric pressure surface barrier dischargeJames Walsh, Aaron Dickenson, Nikolay Britun, Anton Nikiforov, Christophe Leys, Mohammad Hasan

O-138Influence of the source geometry on the helium HeM(23S) metastable atoms production in a He/O2 plasma jet impacting on liquid surfaceFlorent P. Sainct, Laurent Invernizzi, Nader Sadeghi, Philippe Guillot

O-139Spatio-temporal measurements of the electronic density in a diffuse corona discharge under extreme voltage conditions Pierre Tardiveau, Alexandra Brisset, Ana Sobota


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POSTER SESSION 1: Monday June 10, 2019


P1-1 Characterization of a Large Volume Reduced Pressure Plasma Ignited by a Guided Ionization WaveMounir Laroussi, Gandhari Bhandari

P1-2The on-going development of a CFD model to better understand the plasma arc discharge in a waste-water treatment applicationAvinash Maharaj, Samuel Iwarere, Deresh Ramjugernath

P1-3 Correlations between Gas Flow and Film Growth in Plasma Polymerization ProcessesSandra Gaiser

P1-4 Investigation of the negative space charge layer by particle-in-cell simulationLijun Wang, Dan Wang, Jie Liu, Rui Wang, Chao Yan

P1-5 Densities of N and H atoms in R/x%(N2-5%H2) (R = Ar or He) microwave flowing afterglowsSarrette Jean Philippe, Ricard André

P1-6Analysis of Low Pressure Diglyme Plasmas by Langmuir Probe Measurements and Optical Emission SpectroscopyRogério Pinto Mota, Pedro William Paiva Moreira Júnior, Roberto Yzumi Honda

P1-7Learning-based Feedback Control for Dose Delivery with Atmospheric Pressure Plasma Jets Under UncertaintyAngelo Bonzanini, Dogan Gidon, David Graves, Ali Mesbah

P1-8Finite-element simulation of process gas dissociation and plasma production in inductively coupled plasma for dry etching applicationsIvan Ganachev, Makoto Moriyama, Keiji Nakamura

P1-9Compressibility of nonideal plasma of deuterium and helium under extreme pressures up to 20000 GPaMikhail Mochalov

P1-10 Measurements of OH in atmospheric pressure argon microwave plasmasJayr de Amorim, Marco Ridenti

PoSTER SESSionS

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P1-11He(23S) and He2(a3Σu+) metastable densities, measured by broadband absorption technique, in atmospheric pressure helium rf dischargeGaurav Nayak, Nader Sadeghi, Peter Bruggeman

P1-12 Molecular emissions in sonoluminescence spectra of water sonicated under Ar-based gas mixturesRachel Pflieger, Eva Fayard, Thierry Belmonte, Cédric Noel, Sergey I. Nikitenko

P1-13

Comparison of Two-Dimensional Electron Density Distribution between Positive Primary and Secondary Streamer Discharge in Atmospheric-Pressure AirYuki Inada, Atsushi Komuro, Ryo Ono, Akiko Kumada, Kunihiko Hidaka, Mitsuaki Maeyama

P1-14 Light emission of Dielectric Barrier Surface Discharge in Air formed by High Voltage of Different FormMarina Sokolova, Kirill Kozlov, Vadim Voevodin, Yury Malakhov

P1-15Plasma chemistry of SiH4/N2/O2 and SiH4/N2O/Ar mixtures for deposition of silicon based film in RF-CCPsYuan-Hong Song, Wen-Zhu Jia, You-Nian Wang

P1-16 Optical diagnostics of a pulsed microwave discharge for better plasma-based CO2 conversionRony Snyders, Nikolay Britun, Thomas Godfroid

P1-17 Plasma temperature diagnostic methods of large size RF APPJ for biomedical applicationIvana Sremački

P1-18Genetic algorithm-based investigations on the key chemical reaction pathways in a helium-air cold atmospheric plasma jetHeping Li, Jing Li, Yi-Cun Liu, Jian Chen

P1-19Atmospheric-pressure large-area DBDs in Ar-HMDSO: experiments and 1D fluid modellingJan Schäfer, Claus-Peter Klages, Markus M. Becker, Dirk Hegemann, Bernard Nisol, Sean Watson, Michael R. Wertheimer, Detlef Loffhagen

P1-20 Predictive capability of dc microplasma modeling in atmospheric pressure argonMargarita Baeva, Detlef Loffhagen, Markus M. Becker, Dirk Uhrlandt

P1-21

Comparative analysis on the bactericidal components formation of air plasma jets driven by DC glow discharge and dielectric-barrier dischargeAliaksandra Kazak, Andrey Kirillov, Leanid Simonchik, Olga Stepanova, Alexander Astafiev, Mikhail Pinchuk

P1-22Ethanol decomposition routes by an atmospheric pressure microwave plasma torch: towards the eco-friendly production of hydrogen Rocío Rincón Liévana, José Muñoz Espadero, María Dolores Calzada Canalejo

P1-23Absolute H density in an RF driven Ar + H2O atmospheric pressure plasma jet by two photon absorption laser induced fluorescenceVighneswara Siva Santosh Kumar Kondeti, Peter J. Bruggeman

P1-24 Monte Carlo Flux simulations of electrons for plasma modellingLuca Vialetto, Savino Longo, Paola Diomede

P1-25The effect of temperature on electron recombination with water and hydrocarbon ions in high-voltage nanosecond discharge afterglowAndrey Starikovskiy, Mikhail Popov, Igor Kochetov, Nikolay Aleksandrov


64

P1-26 Molecular Dynamics Simulation: Nanometer-scale Hole Etching of SiO2 with Carbon MaskCharisse Marie Cagomoc, Michiro Isobe, Satoshi Hamaguchi

P1-27 Charge and temperature fluctuation of carbon nanoparticles in a DC dusty plasma Armelle Michau, Prasanna Swaminathan, Khaled Hassouni, Savino Longo

P1-28Effects of Pressure and Gas Mixture Composition on the Plasma Chemistry of N2/NH3/SiH4 Inductively Coupled PlasmaKwon-Sang Seo, Ju-Hong Cha, Ho-Jun Lee

P1-29Reaction of excited S2 (a 1 ∆g ) with H2S Maxim Demnsky, Alexander Granovsky, Alexander Lebedev, Elena Petrunina, Boris Potapkin

P1-30Energy balance in sulfur contained, radiative MW dischargeMaxim Demnsky, Alexander Lebedev, Andrei Petrusev, Ekaterina Petrunina, Vitalii Rerich, Andrei Stepanov, Boris Potapkin

P1-31 Measurements of argon metastable in capillary microwave plasmas using TDLASFabien Coquery, Elijah Jans, Olivier Leroy, Tiberiu Minea, Gabi Stancu

P1-32Vibrational excitement: from CO2 to COQin Ong, Dirk van den Bekerom, Giel Berden, Richard van de Sanden, Gerard van Rooij

P1-33Kinetics of active species in a DC discharge by synchrotron VUV absorptionJean-Paul Booth, Abhyuday Chatterjee, Olivier Guaitella, Santos Sousa Joao, Nelson de Oliveira, Laurent Nahon, Dmitry Lopaev, Sergey Zyryanov, Tatyana Rakhimova

P1-34 Influence of carbon monoxide on CO2 plasmaPolina Ogloblina, Vasco Guerra, Ana Sofia Morillo Candas, Olivier Guaitella

P1-35Chemiluminescence as a diagnostic tool in CO2 microwave plasmaFloran Peeters, Huub Hendrickx, Alex van de Steeg, Tim Righart, Bram Wolf, Gerard van Rooij, Waldo Bongers, Richard van de Sanden

P1-36Characterization of a kHz atmospheric pressure plasma jet: measurements of the electric field, electron properties and other plasma parametersMarlous Hofmans, Ana Sobota, Olivier Guaitella


P1-37 Catalytic reactor configuration for coupling of methane assisted by DBD plasmaNuria Garcia Moncada, Leon Lefferts, Toine Cents

P1-38 Bi-reforming with a ratio of CH4/CO2/H2O = 3/1/2 by plasma catalysis for power to fuelsJing-Lin Liu, Ai-Min Zhu

P1-39 Directional Microplasma Thrusters Using Hollow-Core Optical Fiber ArraySungo Kim

P1-40 Optical diagnostics and numerical modeling of nanosecond capillary pulsed discharge in CO2Georgy Pokrovskiy


65

P1-41Kinetic modeling and uncertainty analysis of hybrid repetitive nanosecond and DC discharge enhanced low temperature H2/O2/He ignitionXingqian Mao, Qi Chen, Aric Rousso, Timothy Chen, Yiguang Ju

P1-42 Dry reforming of methane using a rotating gliding arc reactorJennifer Martin del Campo, Sylvain Coulombe, Jan Kopyscinski

P1-43 CO2 activation by Cu/γ-Al2O3 promoted DBD plasmaDebjyoti Ray, Subrahmanyam Ch.

P1-44Evaluation of temperature and concentrations of chemically active particles in the area activated by a high-frequency corona discharge in the HCCI engineElena Filimonova, Anastasia Dobrovolskaya, George Naidis

P1-45Investigation of an atmospheric 2.45 GHz microwave pressure CO2 plasma source: comparison of pulsed and CW operation Federico Antonio D'Isa, Emile Carbone, Ante Hecimovic, Ursel Fantz

P1-46Synthesis of chemical compounds in the gaseous mixture related to Titan atmosphere by glow discharge at the relevant temperature and pressureFrantisek Krcma, Stanislav Chudjak, Adam Cervenka

P1-47NOx production from N2 by means of a 3D gliding arc plasmatronMaryam Aghaei, Neda Hafezkhiabani, Elise Vervloessem, Fatme Jardali, Annemie Bogaerts

P1-48Hydrogen production with Plasma-Steam Methane Reforming combined Technology for an automobile H-StationTaihyeop Lho, Dae Hyun Choi, Changhyun Cho, Hyunjae Park, Jihun Kim

P1-49Iodine as propellant for electric propulsion: updated global model and comparison to experimentsFlorian Marmuse, Romain Lucken, Cyril Drag, Jean-Paul Booth, Anne Bourdon, Nicolas Sisourat, Ane Aanesland, Pascal Chabert

P1-50Analysis of homogenous nanosecond discharge at moderate pressure: dissocia-tion of oxygen for plasma assisted detonationMhedine Ali Cherif, Svetlana Starikovskaia

P1-51

Fuel consumption reduction achievement by using the dielectric barrier discharge (DBD) plasma on Bunsen burnerBabak Shokri, Mohammad Salehi, Atieh Khosravi, Morteza Akhlaghi, Navid Vafaei, MohammadReza Khani

P1-52Plasma-catalysis for the conversion of greenhouse gases into value-added fuels and chemicals at ambient conditionsDanhua Mei, Yong Yang, Zhenxun Ma, Shiyun Liu, Xin Tu, Zhi Fang

P1-53Plasma-assisted CO2 splitting in an atmospheric dielectric barrier discharge reactor: Effect of the reactor configurationZhi Fang, Danhua Mei, Yong Yang, Shiyun Liu, Xin Tu

P1-54Plasma aided Nitric oxide synthesis: electrocatalysis vs catalysisRakesh Kumar Sharma, H.C. Patel, V. Kyriakou, A. Pandiyan, S. Welzel, M.C.M. van de Sanden , M.N. Tsampas


66

P1-55Experimental research and simulation of the process of interaction between a barrier discharge and natural gasViktor Malanichev, Vladislav Khomich, Maxim Malashin

P1-56 Fundamentals of gas conversion in pulsed DBD plasma.Maxim Malashin

P1-57 Pyrolysis-plasma reforming of waste plastics for hydrogen-rich syngas productionIdris Aminu, Mohamad Anas Nahil, Paul T. Williams

P1-58Investigation of flame propagation enhancement by a ultrashort nanosecond discharge pulse using the Rayleigh scattering thermometryChengdong Kong, Yupan Bao, Tomas Hurtig, Marcus Aldén, Andreas Ehn

P1-59 The use of a pulsed-corona plasma for tar-cracking at high temperatures: first insightsYamid Gomez Rueda, Lieve Helsen

P1-60 Development of novel swirl flow induced rotating arc discharge reactor for CO2 conversionBharathi Raja, Ramanujam Sarathi, Ravikrishnan Vinu

P1-61 Kinetic roles of vibrational excitation in non-equilibrium plasma assisted NH3 synthesisJintao Sun, Qi Chen, Shuo Zheng

P1-62Plasma-enhanced ammonia synthesis: from plasma-phase ammonia synthesis towards plasma-enhanced catalytic ammonia synthesisKevin Rouwenhorst, Hyun-Ha Kim, Leon Lefferts

P1-63 Plasma-catalytic removal of oxygen traces in steel mill gases with a packed-bed DBD reactorTim Nitsche

P1-64Flame stabilisation by nanosecond repetitively pulsed discharges. Part 1: temperature measurementsSergey Stepanyan, Victorien Blanchard, Nicolas Minesi, Gabi-Daniel Stancu, Christophe Laux

P1-65Spectroscopic analysis on a plasma assisted CH4-air turbulent swirling flamePablo Escot Bocanegra, Maxime Wartel, Stéphane Pellerin, Toufik Boushaki, Hajar Zaidaoui, Sébastien Dozias

P1-66A two-stage pyrolysis/plasma reactor for the dry reforming of biomass pyrolysis products to increase syngas yield.Aaron Carvell

P1-67Flame stabilisation by nanosecond repetitively pulsed discharges. Part II: Nitric oxides productionVictorien Blanchard, Nicolas Minesi, Sergey Stepanyan, Gabi-Daniel Stancu, Christophe Laux

P1-68Atmospheric pressure plasma jet effects on a lean methane–air premixed laminar flamePablo Escot Bocanegra, Chaimae Bariki, Fabien Halter, Toufik Boushaki, Sebastien Dozias, Nolann Ravinet, Jean-Michel Pouvesle, Eric Robert


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P1-69Glycerin degradation by submerged plasmaAlexei Essiptchouk, Gilberto Petraconi, Felipe Miranda, Antonio Saraiva, Leonid Charakhovski

P1-70Electrode erosion and possible effect on methylene blue degradation in a nanosecond pin-to-liquid discharge systemElena Corella Puertas, Benjamin Münch, Adna Dzafic, Sylvain Coulombe

P1-71

Chemical and Physical Characterization of Nano-second Pulsed Electrical Discharges Propagating along a Gas-Liquid Water InterfaceBruce R. Locke, Robert J. Wandell, Stefan Bresch, Milan Simek, Vaclav Babicky, Petr Lukes, Radha Krishna Bulusu Raja, Huihui Wang

P1-72

Plasma Discharges Above and Below Water Surface Used for Bacterial Inactivation and Antibiotic Degradation in Drinking WaterMohamed El Shaer, Mohamed ElDaly, Ghada Heikal, Yasmine Sharaf, Heba Diab, Bo Liu, Mona Mobasher, Antoine Rousseau

P1-73 Is a submerged microwave plasma jet efficient for water treatment?Ahmad Hamdan, Jacopo Profili, MinSuk Cha

P1-74Point-to-plane liquid phase plasma discharge with copper electrode for Escherichia coli inactivation in waterSamuel Iwarere, Emmanuel Gwanzura, Oluyemi Awolusi, Sheena Kumari, Deresh Ramjugernath

P1-75A 0D thermochemical global model for the breakdown and the post discharge stages of a pulsed electrical discharge formed directly in waterBenjamin Dufour, Cathy Rond, Arlette Vega, Xavier Duten

P1-76Experimental analysis of a pin-to-pin electrical discharge in water: Influence of solution conductivity and applied voltageRond Cathy, Fagnon Nicolas, Aubert Xavier, Vega Arlette, Duten Xavier

P1-77 Electrochemical sensors to investigate the redox behavior of plasma treated liquidsZahra Nasri, Mehdi Ravandeh, Heike Kahlert, Thomas von Woedtke, Kristian Wende

P1-78 Sub-nanosecond optical diagnostics of nanosecond discharges in liquid waterPetr Hoffer, Václav Prukner, Tomas Hoder, Jiří Schimdt, Milan Šimek

P1-79Interferometric detection of pressure field developing around nanosecond discharge filaments in deionized waterPetr Hoffer, Václav Prukner, Jiří Schimdt, Milan Šimek

P1-80 Generation of OH radicals using an argon non-thermal microwave plasma jetMaria C García Martínez, Enrique Casado, Antonio Rodero

P1-81

Plasma activated water as a possible sustainable strategy towards grapevine yellows disease managementYuri Zambon, Nicoletta Contaldo, Romolo Laurita, Alessandro Canel, Matteo Gherardi, Vittorio Colombo, Assunta Bertaccini


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P1-82 Interaction of plasma-generated reactive oxygen species with aqueous solutionsKerstin Sgonina, Nils Dose, Jan Benedikt

P1-83 Comparative study of spark channel expansion in waterPetr Hoffer, Vitaliy Stelmashuk, Karel Koláček, Jaroslav Štraus

P1-84

Infrared absorption spectroscopy investigation of molecular species generated by surface dielectric barrier discharge micro-plasma in humid airLucel Sirghi, Adina Dascalu, Alexandra Besleaga, Sabina Teodoroff-Onesim, Valentin Pohoata, Kazuo Shimizu

P1-85 Plasma activated water generation, characterization and application for seed germination and plant growthLakshminarayana Rao, Harsha Rao, Punit Narayanappa, Anand M Shivapuji, Dasappa S

P1-86 Plasma-in LIquid (PLI) process for the synthesis of silver nanoparticlesArlette Vega González, Cathy Rond

P1-87 AC air plasma in contact with water: fundamental investigation and application in water treatment James Diamond, Jacopo Profili, Ahmad Hamdan

P1-88 Formation of hydroxyl radicals in a pulsed corona discharge in contact with liquidMonica Magureanu, Florin Bilea, Corina Bradu

P1-89Chemical Composition and Storage Stability of SDBD Air Plasma Activated Water (PAW)Estefania Noriega Fernandez, Rebeca Garcia Alvarez, Izumi Sone, Mette Risa Vaka, James Leon Walsh, Leena Prabhu, Morten Sivertsvik

P1-90

Improvement of stability and self-rotation in streamer discharge at atmospheric pressure plasma using dielectric layerGyu Tae Bae, Choon-Sang Park, Eun Young Jung, Hyo Jun Jang, Do Yeob Kim, Jeong Hyun Seo, Bhum Jae Shin, Hyung-Kun Lee, Heung-Sik Tae

P1-91Comparison of reactive species generation in different cold plasma sourcesJonas Van der Paal, Gorbanev Yury, Helsen Elise, Van Boxem Wilma, Biscop Eline, Bogaerts Annemie

P1-92 Atmospheric pressure plasma treatment of cotton fabrics wet with different liquidsRicardo Molina, Pieter Cools, Rino Morent, Nathalie De Geyter


P1-93 RF and Arc Plasma for Environmental and Agriculture ApplicationsGeorge Paskalov, Alexander Ustimenko, Vladimir Messerle, Alfred Mosse

P1-94 Plasma reactor for processing of industrial wasteAlfred Mosse, George Paskalov, Vladimir Messerle, Alexander Ustimenko

P1-95Plasma water cleaning from emerging sub-micro contaminants: optimal regimes of PFOS and PFOA removalAlexander Rabinovich

P1-96 Inertization of arsenic in the resin by microwave plasmaRaynard Sanito


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P1-97

Pulsed Spark Discharge In-situ Spectral Detection of Perfluorinated Compounds (PFCs) in Water, on Filter Material, and in SoilJunchun Yang, Charlse C. Bailey, Gregory Fridman, Sidney T. Ortiz, Alexander Fridman, Christopher Sales, Hai-Feng Ji

P1-98 Application of Plasma System for Air Quality improvement in a Swine House Narong Mungkung, Somchai Arunrungrusmi, Pakpoom Chansri

P1-99 Corona Discharge Induced Water Condensation in AirYong Yang

P1-100Plasma reforming of naphthalene as a tar model compound of biomass gasification in an AC gliding arc discharge systemYaolin Wang, Haiping Yang, Xin Tu

P1-101

An Analysis of the Decomposition of Sodium Dodecyl Sulphate Aqueous Solution by Atmospheric-pressure Non-equilibrium Microwave Discharge Plasma treatment Pakpoom Chansri, Narong Mungkung, Somchai Arubrungrusmi, Toshifumi Yuji, Noritsugu Kamata

P1-102 The effect of catalyst properties on tars removal by plasma catalysisRichard Cimerman, Karol Hensel, Mária Cíbiková, Diana Račková

P1-103 NOx production using pulsed atmospheric plasma discharge: Identification and diagnosticsYiwei Jiang, Anton Nikiforov, Mikhail Gromov, Nathalie De Geyter, Rino Morent

P1-104

Magnetically assisted effect in a warm plasma reactor for GHG reformingRicardo Valdivia-Barrientos, Joel Pacheco-Sotelo, Marquidia Pacheco, Josimar Vences-Reynoso, Elena Colín-Orozco, Fidel Ramos-Flores, Hilda Frías-Palos, Miguel Angel Durán-García, Miguel Angel Hidalgo-Pérez

P1-105Process optimization by response surface methodology of plasma-catalytic formaldehyde removal using MnOx–Fe2O3 catalystsTian Chang, Zhenxing Shen, Savita K.P. Veerapandian, Rino Morent

P1-106New insight into the removal kinetic of acetone in nitrogen plasmaLionel Magne, Thomas Sébastien, Louarn Essylt, Heninger Michel, Blin-Simiand Nicole, Lemaire Joël, Bournonville Blandine, Mestdagh Hélène, Stéphane Pasquiers

P1-107Torrefaction of food waste using a microwave plasma bernerDong Hun Shin, Se Min Chun, Geon Woo Yang, Yong Cheol Hong, Jeong Ryul Lee, Sung Hun Lee

P1-108Selective coproduction of phenol and cresols from anisole in non-thermal plasma: Insights into transalkylation reactionsYichen Ma, Xin Tu

P1-109 Decomposition of volatile organic compounds by new type of DBD reactor using the adsorbentByungjin Lee, Dong-Wha Park

P1-110 NOx treatment using DBD plasma applied by high frequency AC power supplySujin Park, Byungjin Lee, Dong-Wha Park


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P1-111 Impact of gas flow on dielectric barrier discharge for air purificationBahram Mahdavipour, Rok Zaplotnik, Matjaz Panjan, Jens Oberrath, Sebastian Dahle

P1-112Odorous volatile compounds conversion by electro-ceramic barrier dischargeNicole Blin Simiand, Michel Héninger, Stéphane Pasquiers, Joël Lemaire, Blandine Bournonville, Hélène Mestdagh, Essylt Louarn

P1-113 Discharge formation inside the honeycomb structures assisted by surface barrier dischargeRichard Cimerman, Emanuel Maťaš, Karol Hensel

P1-114

Short nanosecond microwave pulses for sustaining CO2 plasma at atmospheric pressure: advances and challengesSergey Soldatov, Alexander Navarrete, John Jelonnek, Guido Link, Clara Schmedt, Roland Dittmeyer

P1-115 Plasma textile materials for nanoparticle filtrationAlexei Saveliev, Srinivasan Rasipuram, Warren Jasper, Andrey Kuznetsov, Jay Levine

P1-116The characteristics of atmospheric pressure flexible electrode DBD and its application to odor reductionGeonwoo Yang, Sukhwal ma, Heejae Lee, Kangil Kim, Yongcheol Hong

P1-117Non-Thermal Plasma induced degradation of organic perfluoroalkyl substances (PFAS) in waterCristina Paradisi, O Biondo, M Saleem, G. Sretenovic, G Tomei, M Magarotto, D Pavarin, Ester Marotta


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POSTER SESSION 2: Tuesday June 11, 2019


P2-1Time-evolution of the CO2 conversion studied by in situ FTIR absorption and isotopic exchangeAna Sofia Morillo-Candas, Bart.L.M. Klarenaar, Tiago Silva, Richard Engeln, Vasco Guerra, Olivier Guaitella

P2-2 Kinetic Modelling for a CO2-H2O-Plasma: a Vibrational Kinetics StudyClaudia Verheyen, Tiago Silva, Vasco Guerra, Annemie Bogaerts

P2-3 Self-consistent simulation of microwave assisted hydrogen methane plasmasKhaled Hassouni, Swaminathan Prasanna, Armelle Michau

P2-4 Mass spectrometry of excited species produced in an atmospheric pressure plasmaLaura Chauvet, Christoph Stewig, Theresa Urbanietz, Achim von Keudell

P2-5 Stoichiometric projection methods for plasma simulationsChris Schoutrop, Jan ten Thije Boonkkamp, Wouter Graef, Jan van Dijk

P2-6Analyzing plasma-chemical processes in RF-excited atmospheric pressure plasmas using VUV and visible optical emission spectroscopyGolda Judith, Setaro Carmelo, Severing Fenja, Benedikt Jan

P2-7

Oxygen 3P atom and O- ion density and atomic temperature in O2 DC discharge obtained by Cavity Ringdown spectroscopyAbhyuday Chatterjee, Jean-Paul Booth, Olivier Guaitella, Cyril Drag, Katherine Manfred, Grant Ritchie

P2-8 Spectral predictions for diagnosticsJesper Janssen, Diana Mihailova, Wouter Graef, Jan van Dijk

P2-9 Ion chemistry in N2-H2 and N2-CH4 plasmas representative of Titan’s ionosphereAudrey Chatain, Olivier Guaitella, Nathalie Carrasco, Lora Jovanovic

P2-10Coupled Plasma-Electrode Simulation of the Free-Burning Arc using a Chemical and Thermal Non-Equilibrium ModelJuan Pablo Trelles, Peng Liang, Valentin D. Boutrouche

P2-11Disintegration of carbon dioxide in a microwave plasma torch sustained by gyrotron radiation at a frequency of 24 GHz at atmospheric pressureDmitry Mansfeld, Alexander Vodopyanov, Sergey Sintsov

P2-12

Advanced Diagnostics of Atmospheric-pressure Micro-discharge and Effect of Admixed Water Vapour on Its Phychemical PropertyQing Xiong, Lin Xiong, Zhan Shu, Songbin Liang, Wanliang Li, Jinqi Wang, Pengfei Liu, Qinghua Huang

P2-13 Reactions of singlet oxygen molecules in water irradiated by atmospheric-pressure plasmasKazumasa Ikuse, Satoshi Hamaguchi

P2-14 Formation of O and OH in atmospheric pressure He–air plasma jetYanhui Wang, Yuanyuan Jiang, Jiao Zhang, Dezhen Wang


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P2-15 Characterizing streamer discharges in CO2 and AirBehnaz Bagheri, Jannis Teunissen, Ute Ebert

P2-16 Study on the component varying characteristics of C5F10O post-arc plasmaYuwei Fu

P2-17 Formation of O and OH in atmospheric pressure He–air plasma jetYanhui Wang, Jiao Zhang

P2-18Numerical study on the Influences of Magnetic Field on the Discharge Characteristics in Hall Thruster ChannelPing Duan

P2-19 Measurement of OH kinetics in the post-discharge of an NRP dischargeGiorgio Dilecce, Luca Matteo Martini, Paolo Tosi

P2-20Numerical simulation of hydrogen dissociation and recommbination by gas-surface reactions in HFCVD processYong Hee Lee, Tae-Hee Kim, Sooseok Choi

P2-21 Investigation of emission spectrum profile of hydrogen atom in micro-hollow cathode dischargeKeigo Takeda, Sho Shimizu, Seigo Takashima, Mineo Hiramatsu, Masaru Hori

P2-22The reaction of carbon dioxide cations (CO2+) with methane (CD4)Paolo Tosi, Daniela Ascenzi, Claire Romanzin, Allan Lopes, Jan Zabka, Miroslav Polasek, Christopher J. Shaffer, Christian Alcaraz

P2-23Collisional Energy Transfer LIF: Using the OH fluorescence for measuring the dissociation of CO2 in a nanosecond pulsed dischargeMatteo Ceppelli, Paolo Tosi, Mario Scotoni, Giorgio Dilecce, Luca Matteo Martini

P2-24 Collision-radiative model for study of electron temperature in cryogenic afterglow plasmaMarek Munzar

P2-25 Two-photon excitation cross-section of Xe revisitedCyril Drag, Jean Alkhoury, Thomas Jannaud, Florian Marmuse, Christophe Blondel

P2-26Mathematical simulation of non-equilibrium plasma processes of a pulsed arc discharge in a chamber of a multi-chamber arresterDmitrij Ivanov, Vladimir Frolov, Georgiy Podporkin

P2-27 Automatic Assembling of Kinetic Reaction Schemes for Plasma Modelling ApplicationsMartin Hanicinec, Sebastian Mohr, Jonathan Tennyson

P2-28Spatially-resolved electrical and optical study of Townsend Dielectric Barrier Discharges in nitrogen at atmospheric pressureNaomi de Mejanes, Luc Stafford, Jacopo Profili, Nicolas Naudé

P2-29 Charging of mm-sized spheres on top of a surface dielectric barrier dischargeAinur Akildinova, Luka Hansen, Tlekkabul Ramazanov, Holger Kersten

P2-30 Characteristics of plasma jet using optical emission and absorption spectroscopy techniqueDuksun Han

P2-31Electric field induced second harmonic (E-FISH) measurements with a nanosecond pulse laserTom Butterworth, Igor Adamovich, Thomas Orriere, David Pai, Deanna Lacoste, Min Suk Cha


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P2-32

Determination of electron densities by stark broadening of hydrogen lines in an electrosurgical argon plasmaBastian Hillebrand, Enrique Iglesias, Alexander Neugebauer, Markus Enderle, Peter Awakowicz

P2-33Fluid modeling of electrically asymmetric capacitively coupled silane / hydrogen plasma discharges Tinghui Zhang, Jean-Maxime Orlac'H, Vincent Giovangigli, Erik Johnson , Pere Roca i Cabarrocas, Tatiana Novikova

P2-34 Comparison of 1D and global plasma models in a radio-frequency atmospheric pressure plasma jetGeorge Kokkoris, Sotirios Mouchtouris, Dimitrios Politakis, Kimonas Kontosis

P2-35A modeling framework for profile evolution during etching of rough polymeric surfaces with low pressure oxygen plasmaGeorge Kokkoris, George Memos, Elefterios Lidorikis

P2-36NO production in the COST Reference Microplasma Jet and a dielectric barrier discharge measured by means of Laser Induced Fluorescence (LIF)Patrick Preissing, Friederike Kogelheide, Volker Schulz-von der gathen

P2-37Local characterization of homogeneous dielectric barrier discharges in presence of hexamethyldisiloxane and nitrous oxide used for plasma depositionStafford Luc, Guemmache Karim, Profili Jacopo, Naudé Nicolas, Maechler Louison


P2-38Enhanced Carbon Dioxide Conversion by Atmospheric Pressure Microwave Plasma - Solar ProcessingJuan Pablo Trelles, Sina Mohsenian, Dassou Nagassou, Saroj Bhatta, Rasool Elahi

P2-39Electron impact excitation behaviour in pulse-modulated radio frequency Ar/O2 inductively coupled plasmaFei Gao

P2-40Physical basis and actual applications of a new form of high-power microwave discharge in high-pressure gases Igor Kossyi, Konstantin Artem'ev, Natalya Berezhetskaya, Valentin Borzosekov

P2-41

Temperature determination in a MW plasma torch and on a deposition target by modelling and experimentMargarita Baeva, Frank Hempel, Ralf Methling, Tom Trautvetter, Hardy Baierl, Detlef Loffhagen, Rüdiger Foest

P2-42Resonant network antennas for plasma applications in industryIvo Furno, Agnello Riccardo, Guitienne Philippe, Howling Alan, Jacquier Remy, Plyushchev Gennady, von Roh Philipp Rudolf

P2-43 Plasma Candle: A new type of plasma-jetHyun-Ha Kim, Yoshiyuki Teramoto, Nozomi Takeuchi, Atsushi Ogata

P2-44 Discharge development in the initial operation phase of a metal-based micro plasma array dischargeVolker Schulz-von der Gathen, Sebastian Dzikowski, Judith Golda, Markus Sifft, Böke Marc


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P2-45 Novel non-equilibrium plasma source: Propeller ArcXuekai Pei, Dogan Gidon, David Graves

P2-46 Power supplies for non-thermal atmospheric pressure plasmaAlexander Gutsol, Yuriy Mirochnik, Volodymyr Tymoshuk

P2-47Non-equilibrium atmospheric pressure discharge, sustained by focused CW gyrotron radiation with a frequency of 24 GHzSergey Sintsov, Alexander Vodopyanov, Dmitry Mansfeld, Mikhail Viktorov

P2-48 Compact surface DBD reactor with stacked electrodes for efficient and controlled generation of ozoneVaclav Prukner, Petr Hoffer, Milan Simek

P2-49 Forevacuum plasma electron source for the generation of beam-plasma and beam-plasma dischargeAleksandr Klimov, Aleksey Zenin, Efim Oks

P2-50Characterization of helium plasma jet at atmospheric pressure touching water, metal and dielectric surface Julien Cosimi, Frédéric Marchal, Nofel Marbahi

P2-51Features of the atmospheric pressure CW discharge, sustained by the 263 GHz gyrotron radiationAlexander Vodopyanov, Sergey Sintsov, Alexander Sidorov, Mikhail Viktorov, Dmitry Mansfeld, Mikhail Morozkin, Andrey Fokin, Mikhail Glyavin

P2-52Study of axial structure of low-pressure glow discharge in carbon dioxide by optical emission spectroscopyPolina Ogloblina, Valeriy Lisovskiy, Stanislav Dudin, Hennady Krol, Ruslan Osmayev

P2-53Optical Probe for the Real Time and Vectorial Analysis of the Electric Field Induced by Ionized GazesGwenael Gaborit, Aljammal Farah, Revillod Guillaume, Iseni Sylvain, Duvillaret Lionel

P2-543D reciprocating Langmuir probe diagnostics for characteristic parameters of DC arc plasma generator in aerospace vehiclesSong Chai

P2-55 Experiments on discharge characteristics of DC arc plasma generator under low-pressureRunhui Wu

P2-56

Preliminary Characterisation of Carbon Dioxide and Steam Microwave Plasma Torch for Gasification ApplicationsSimon Vecten, Amos Dexter, Alastair Martin, Nuno Bimbo, Richard Dawson, Michael Wilkinson, Ben Herbert

P2-57Atmospheric pressure plasmas as radical sources for atmospheric chemistry investigations: measurement of Cl atom reactivity in a proxy air sampleJoshua Boothroyd, A. R. Gibson, M. D. Shaw, S. Schroter , T. Gans, T. J. Dillon

P2-58 Gliding arc discharge system integrating UV-LEDFumiaki Mitsugi, Koki Eto, Shin-ichi Aoqui

P2-59Non-thermal electron cyclotron resonance (ECR) air plasmas characteristics and preliminary results in tomato seeds germinationManon Soulier, Thomas Maho, Cristina Muja, Juslan Lo, Philippe Guillot


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P2-60 Optical characterization of atmospheric pressure plasma excited by surface wavesLudovic Sudrie, Laurent Thérèse, Jaime Orejas, Philippe Guillot

P2-61 Innovative reactor for surface plasma-based water treatmentPetr Hoffer, Krzysztof Niedoba, Vít Jirásek

P2-62 Hybrid effects of discharge characteristic on DBD and AC arc jetChan Mi Jung, Hongjae Kang, Dae Hoon Lee

P2-63Electrical and optical characterization of a capacitively-coupled RF plasma with a pulsed argon gas injectionLuc Stafford, Thibault Sadek, Guillaume Carnide, Myrtil Kahn, Richard Clergereaux

P2-64Femtosecond Laser Driven Plasma for Terahertz GenerationGaborit Gwenael, Muller Bastien, Aljammal Farah, Bernier Maxime, Herault Emilie, Coutaz Jean-Louis

P2-65 Global model of a low-frequency inductively coupled plasma in U-shaped discharge tubeAlexander Fedoseev

P2-66

Experimental and numerical study of ferromagnetic enhanced inductively coupled Cl2/Ar plasma sourceGennady Sukhinin, Alexander Fedoseev, Mikhail Isupov, Nikon Demin, Mikhail Salnikov, Salavat Sakhapov, Vadim Pinaev

P2-67 Electrode Erosion in an Atmospheric Pressure Nanosecond-Pulsed Non-Thermal Plasma SourceSylvain Coulombe, Kathryn Ciu Leci, Felipe Aristizabal

P2-68 Flow field and temperature distribution in an atmospheric pressure rotating gliding arc reactorJennifer Martin del Campo, Georgi Trenchev, Sylvain Coulombe, Annemie Bogaerts

P2-69Investigation on the influence of the target physical properties on an impinging plasma jetsEmanuele Simoncelli, Augusto Stancampiano, Marco Boselli, Vittorio Colombo Vittorio, Matteo Gherardi.

P2-70A multi-jet Plasma Gun equipped with branching device for the treatment of liquidsAlina Bisag, Eric Robert, Romolo Laurita, Matteo Gherardi, Jean-Michel Pouvesle, Vittorio Colombo.


P2-71 Recombination of neutral oxygen atoms on polymer surfacesAlenka Vesel, Rok Zaplotnik, Miran Mozetic

P2-72 Subsurface ferroelectric water provokes a controlled protein adsorptionEzgi Bulbul, Dirk Hegemann

P2-73Atmospheric pressure Ar plasma jet excited by high-voltage pulse source and the treatment of SMC materialLijun Wang, Bo Niu, Jie Liu, Dingge Yang, Yashuang Zheng, Wenhui Li

P2-74 Studies of deposition of boron films by PECVD of He/o-carborane mixtures in TJ-II. Francisco Tabares, David Tafalla


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P2-75

Plasma assisted atomic layer deposition of Al2O3 coating phosphate-based phosphor powders for light emission diodeQiang Chen, Zixing Zhang, Lizhen Yang, Zhengduo Wang, Haibo Zhang, Zhongwei Liu

P2-76 Plasma copolymerization of antagonist monomers, a process towards original surface propertiesFabienne Poncin-Epaillard, Hien Tran, Dominique Debarnot

P2-77Scanning Electron Microscopy Enhanced by Atmospheric Pressure PlasmaJan Schäfer, Kerry Jaynne Abrams, Jaroslav Kousal, Torsten Gerling, Nicola Stehling, Cornelia Rodenburg

P2-78 Deposition of coating containing carboxylic acid groups on polyurethane foams with DBD plasma jetVincenza Armenise, Fiorenza Fanelli, Francesco Fracassi

P2-79 Pulsed RF plasma-deposited polyacetylene : elaboration of new adhesive jointMarisol Ji, Lazhar Benyahia, Fabienne Poncin-Epaillard

P2-80 Improvement of PET surface modification using APPJ with different shielding gasesMehrnoush Narimisa, Iuliia Onyshchenko, Rino Morent, Nathalie De Geyter

P2-81Plasma printing of nanogold on paper substrate for surface-enhanced Raman scattering application Jungmi Hong, Edith Chow, Fabio Isa, Dong Han Seo, Annalena Wolff, Adrian Murdock, Avi Bendavid, Zhaojun Han, Kostya (Ken) Ostrikov, Anthony B. Murphy

P2-82Influence of the plasma chemistry and the topography for the elaboration of superhydrophobic surfacesRonny Elleb, Frédéric Mermet, Thierry Engel, Grégoire Chabrol, Fabienne Poncin-Epaillard

P2-83 Plasma-Deposited Nano-capsules Containing Coatings for Drug Delivery ApplicationsAnnalisa Treglia, Fabio Palumbo, Pietro Favia

P2-84 Antimicrobial modification of polyethylene based on plasma assisted graftingAnton Popelka

P2-85

Pulsed-DC reactive magnetron sputtering process for the deposition of solid oxide electrochemical cell layersAnne-Lise Thomann, Pierre Coddet, Martin Mickan, Julien Vulliet, Amaël Caillard, Thierry Sauvage, Thomas Lecas

P2-86Plasma functionalization and texturing of poly(ether ether ketone) (PEEK): correlation of the surface physicochemistry and topography on the metal-polymer adhesionDavid Gravis, Fabienne Poncin-Epaillard, Wolfgang Knapp, Jean-François Coulon

P2-87New materials equipped with functional surface features via novel composite coatings deposited using atmospheric PECVDAnnika Herrmann, Antje Dohse, Jan Köther, Yasin Ergün, Michael Thomas


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P2-88

Cold atmospheric pressure plasma generated in contact with a flowing liquid cathode - a new frontier in continuous synthesis of plasma-activated liquidsAnna Dzimitrowicz, Agata Motyka-Pomagruk, Piotr Jamroz, Weronika Babinska, Dominik Terefinko, Ewa Lojkowska, Wojciech Sledz, Pawel Pohl

P2-89

Gene expression dynamics of glioblastoma cells in plasma-activated medium and plasma-activated Ringer’s lactate solutionHiromasa Tanaka, Masaaki Mizuno, Kenji Ishikawa, Makoto Sekine, Hiroki Kondo, Hiroshi Hashizume, Takayoshi Tsutsumi, Kae Nakamura, Nobuhisa Yoshikawa, Hiroaki Kajiyama, Shinya Toyokuni, Fumitaka Kikkawa, Masaru Hori

P2-90

Non-Equilibrium Short-Pulsed Dielectric Barrier Discharge Treatment of Micrometer-sized Droplets for Disinfection of Fresh Produce During Transportation and StorageSidney Ortiz, Junchun Yang, Charles Bailey, Alexander Fridman, Christopher Sales, Jasreen Sekhon, Gregory Fridman

P2-91

Plasma activated water and airborne ultrasound treatments for enhanced germination and growth of soybeanChiara Lo Porto, Dana Ziuzina, Agata Los, Daniela Boehm, Fabio Palumbo, Pietro Favia, Brijesh Tiwari, Paula Bourke, Patrick J. Cullen

P2-92Cold plasma treatment to improve wild asparagus (Asparagus acutifoliusL.) seed germination.Chiara Lo Porto, Lucrezia Sergio, Francesca Boari, Antonio F. Logrieco, Fabio Palumbo, Pietro Favia, Vito Cantore

P2-93 Atmospheric pressure plasma as CO source for biomedical applicationsClaire Douat

P2-94 Plasma agriculture: A century of progressDavid Graves

P2-95Bactericidal Activity in oxygen-radical-activated waterNaoyuki Iwata, Vladislav Gamaleeve, Jun-Seok Oh, Kenji Ishikawa, Masaru Hori, Masafumi Ito

P2-96Investigation of the plasma properties and plasma-generated reactive species using optical spectroscopy in microwave-excited atmospheric pressure Ar microplasma jetsTae Hun Chung, Joh Hea Min

P2-97Identifying the molecular effects of non-thermal plasma treatments on plant seed development using gene expression and gene reportersAlexandra Waskow

P2-98

Accelerated blood coagulation through the stimulation with a plasma jet. Clarice Gareri, Gianluca De Masi, Luigi Cordaro, Alessandro Fassina, Paola Brun, Chiara Mignogna, Laura Tammè, Claudio Iaconetti, Barbara Zaniol, Roberto Cavazzana, Emilio Martins, Matteo Zuin, Ciro Indolfi

P2-99 DBD and GlidArcs in Plasma Agriculture and Food SafetyGregory Fridman


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P2-100Selective Destruction toward A-375 Human Melanoma Cells by Atmospheric Pressure Plasma Jet TreatmentsSaitong Muneekaew, Meng-Jiy Wang

P2-101Effects of low temperature plasmas in ambient air on germination and plant growth of different genotypes of Arabidopsis thaliana seeds Maxime Bafoil, Christophe Dunand, Mohammed Yousfi

P2-102Comparative studies of atmospheric pressure Ar and He plasmas for enhancing cutaneous delivery of epidermal growth factorHyunyoung Lee, Jung-Hae Choi, Gyoo-Chen Kim, Hae June Lee

P2-103 Plasma-generator-supplied Nanosecond Pulsed Current Effects on Fibrosarcoma Cells Chia-Hsing Chang

P2-104

Electrical and optical diagnostics of PCC DBD plasma sourceLuigi Cordaro, Gianluca De Masi, Alessandro Fassina, Clarice Gareri, Paola Brun, Roberto Cavazzana, Daniele Desideri, Davide Mancini, Emilio Martines, Barbara Zaniol, Matteo Zuin

P2-105Design, operation and diagnostics of PCC DBD plasma sourceAlessandro Fassina, Cordaro Luigi, De Masi Gianluca, Davide Mancini, Clarice Guareri, Roberto Cavazzana, Emilio Martines, Barbara Zaniol, Bruno Laterza

P2-106The innovation of traditional therapy: Plasma Cupping SystemJeong-Hae Choi, Hyun-Young Lee, Gyoo-Cheon Kim, Hae-June Lee, Tae-San Jeong, Jin-Woo Hong

P2-107 The curative lightening: the applications of non-thermal plasma on skin Gyoo-Cheon Kim, Jeong-Hae Choi, Hyun-Young Lee, Hae-June Lee, Jin-Woo Hong

P2-108The impact of air plasma jet on clinically significant consortiums of microorganismsAliaksandra Kazak, Andrey Kirillov, Leanid Simonchik, Olga Emeliyanova, Natalia Dudchik

P2-109 Synthesis of nitrates by atmospheric microplasma over waterNicolas Maira, Cédric Pattyn, Antoine Remy, François Reniers

P2-110Drug introduction into cells using direct exposure of gas-liquid interfacial plasmasRyosuke Honda, Shota Sasaki, Keisuke Takashima, Makoto Kanzaki, Takehiko Sato, Toshiro Kaneko

P2-111 Antibacterial efficacy and mechanisms of action of a low-power atmospheric pressure helium plasmaEmilio Martines

P2-112Mass spectrometry-based investigations of cold atmospheric plasma-induced PTMs in model peptidesSebastian Wenske, Jan-Wilm Lackmann, Thomas von Woedtke, Klaus-Dieter Weltmann, Kristian Wende

P2-113EPR-detection of reactive species formed in human tissue by electrosurgical argon plasma treatmentJakob Barz, Martin Weiss, Raphael Utz, Michael Ackermann, Sara Brucker, Christian Oehr

P2-114 Ation of atmospheric pressure plasma for processing of selected materialsJoanna Pawlat


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P2-115 Surface modification of sunflower seeds by an atmospheric pressure plasma jetKonstantin Kostov, Taiana S M Mui, Rogerio P Mota

P2-116Effects of power transfer efficiency and grounded electrode surface on creation of O and O2 excited species in low pressure plasmasKosta Spasic

P2-117

Introduction mechanism of fluorescent molecules into tobacco cells in plasma gene / molecules introduction methodYoshihisa Ikeda, Masaaki Nishi, Souichiro Miyamoto, Yugo Kido, Susumu Satoh, Kappei Kobayashi, Masafumi Jinno

Topic 8: Plasma treatment of biomaterials

P2-118 Plasma-induced heme damage as a cause for inactivation of horseradish peroxidaseYayci Abdulkadir, Bandow Julia E.

P2-119 Electron Beam Plasma processing of chitosan powders and solutions: possible approachesTatiana Vasilieva, Michael Vasiliev, Zaw Ye Myint, Khin Maung Htay, Htet Wai Yan Kyaw

P2-120 Mechanism of Plant Growth Enhancement by Water Vapour and Hydrogen Plasmas IrradiationZiyu Shi

P2-121Enhancing the mechanical performance of injection moulded parts through the use of atmospheric plasma pre-treatmentsDenis Dowling, Hisham Abourayana, Peter Dobbyn

P2-122Atmospheric Pressure Argon Plasma Jet Assisted Copolymerization of Sulfobetaine Methacrylate and Acrylic Acid for Anti-fouling ApplicationYueh-Han Huang, Meng-Jiy Wang

P2-123 Surface reaction analysis of plasma-treated bio-molecules using sum frequency generation spectroscopyTakayuki Ohta, Ryoya Katsuya, Kenji Ishikawa, Masaru Hori

P2-124Atmospheric plasma assisted deposition of dual antifouling and antibacterial thin films Maryline Moreno, Urszula Czuba, Leslie Ogorzaly , Delphine Collard, Roberto Quintana , Patricia Lassaux , Christophe Detrembleur, Patrick Choquet

P2-125

Restorable Polymers Activated By Cold Plasma for Chitosan Coating Aimed for Cell Adhesion EnhancementMohamed Boudifa, Xavier Carette, Marie Dubus, Ophélie Riou, Rosica Mincheva, Jean-Marie Raquez, Fany Reffuveille, Halima Kerdjoudj

P2-126 Electron Beam Plasma processing of chitosan powders and solutions: possible approachesZaw Ye Myint, Tatiana Vasilieva, Michael Vasiliev, Khin Maung Htay, Htet Wai Yan Kyaw

P2-127

Chemical interactions during the electrospinning of binary microfibers of plasma polyaniline and polyethylene oxideRosario Ramírez-segundo, J. Cuauhtémoc Palacios-González, Ma. Guadalupe Olayo-González, Fernando G. Flores-Nava, Elena Colín-Orozco, Maribel González-Torres, Lidia Ma. Gómez-Jiménez, Ricardo Valdivia-Barrientos, Ma. Rosario Mejía-Cuero, Erwin A. González-Beltrán, Guillermo J. Cruz-Cruz


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P2-128

Electrospinned fibers of polypyrrole particles dispersed in polylactic acidFernando Gabriel Flores-Nava, Elena Colín-Orozco, Guillermo J. Cruz-Cruz, J. Cuauhtémoc Palacios-González, Ricardo Valdivia-Barrientos, Rosario Ramírez-Segundo, Lidia M. Gómez-Jiménez, Maribel González-Torres, Erwin A. González-Beltrán, Ma. Rosario Mejia-Cuero, Ma. Guadalupe Olayo-González

P2-129On the tailoring of biomaterials by femtosecond pulse laser and plasma-based polymerization of functional coatingsMarie Yang, Holger Testrich, Klaus-Dieter Weltmann, Katja Fricke

P2-130

Random and aligned Polyactive® fibers subjected to pre- and post- electrospinning plasma treatments for tissue engineering applicationsRouba Ghobeira, Louis Verdonckt, Charlot Philips, Mahtab Asadian, Heidi Declercq, Nathalie De Geyter, Rino Morent


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POSTER SESSION 3: Thursday June 13, 2019


P3-1 Synthesis of N-doped carbon dots by microplasma processXintong Ma, Sirui Li, Fausto Gallucci

P3-2 Effect of plasma uniformity on atomic layer etching in capacitively coupled plasmaZhongLing Dai, Wan Dong, YuanHong Song, YouNian Wang

P3-3Fabrication of silicon particles with graphene-like coatings and their application in lithium-ion battery anodesGiorgio Nava, Joseph Schwan, Lorenzo Mangolini

P3-4 Low-temperature plasmas assisted syntheses of carbon nanomaterialsMasaru Hori, Hiroki Kondo, Makoto Sekine, Kenji Ishikawa

P3-5

Structural Thermal Stability of Fe-based and Ni-based Metallic Glasses under High-intensity Pulsed Ion Beam IrradiationXianxiu Mei, Xiannan Zhang, Qi Zhang, Gennady E Remnev, Sergey K Pavlov, Younan Wang

P3-6 Irradiation Response of Fe-based Metallic Glass Under He Ions and H Ions BombardmentXiaonan Zhang, Xianxiu Mei, Jianbing Qiang, Younian Wang

P3-7Extremally low oxidation Al and Ti metal fine powder prepared by a developed induction thermal plasma systemYusuke Hirayama, Kenta Takagi

P3-8Fractal patterns in polyethylene/polyethylene oxide plasma polymersAndrei Choukourov, Pavel Pleskunov, Daniil Nikitin, Renata Tafiichuk, Artem Shelemin, Jan Hanuš, Juraj Májek, Miriam Unger, Anirban Roy, Artem Ryabov

P3-9DC atmospheric pressure plasma for the synthesis of gold nanoparticle/carbon nanotube hybrids for photothermal conversion Daye Sun

P3-10Self-supporting nanofilms by plasma assisted technologyEloisa Sardella, Domenico Aceto, Roberto Gristina, Fabio Palumbo, Francesco Fracassi, Pietro Favia

P3-11Plasma polymer / metal composites: role of the structure and the nature of the polymer matrix on the distribution of metal nanoparticlesDominique Debarnot, Agapy Mansour, Fabienne Poncin-Epaillard

P3-12

Continuous Synthesis of Carbon Nanoparticles using Ar+CH4 Multi-hollow Discharge Plasma CVD Sung Hwa Hwang, Kunihiro Kamataki, Naho Itagaki, Kazunori Koga, Masaharu Shiratani

P3-13In-situ monitoring of nanoparticle formation in cluster source by UV-Vis spectroscopyDaniil Nikitin, Oleksandr Polonskyi, Jonas Drewes, Jan Hanus, Franz Faupel, Andrei Choukourov, Hynek Biederman


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P3-14 Numerical Investigation on Nanoparticle Formation during Electrical Explosion of WiresHuantong Shi, Jian Wu, Xingwen Li

P3-15Synthesis of Aluminium Nitride Nano-powder using Induction Plasma Technology: Effect of Feedstock Molar Ratio and Reactor PressureFaranak Barandehfard, Kossi Eyadéma Béré , Francois Gitzhofer

P3-16 Plasma Electrolysis for Anodization by Atmospheric Pressure Plasma in Deionized WaterDong-Wook Kim, Dong-Wha Park

P3-17

Relationship between properties of SiNx film and cluster incorporation using SiH4+N2 multi hollow discharge plasma CVDYusuke Sasaki, Syouta Nagaishi, Kazuma Tanaka, Hisayuki Hara, Kunihiro Kamataki, Naho Itagaki, Kazunori Koga

P3-18 The effect of H2 on the translation of graphene to amorphous carbon by DC arc dischargeFeng Liang, Da Zhang, Yongnian Dai

P3-19

Formation Mechanism of Carbon-Coated Amorphous Si Nanoparticles Synthesized by Induction Thermal PlasmasRiriko Hayashida, Kentaro Yamano, Hirotaka Sone, Manabu Tanaka, Takayuki Watanabe

P3-20

Precisely wafer-temperature-controlled plasma etching and its application for nano-scale pattern fabrication of organic materialMakoto Sekine, Yusuke Fukunaga, Takayoshi Tsutsumi, Kenji Ishikawa, Hiroki Kondo, Masaru Hori

P3-21

Principal Component Analysis and Sparse Principal Component Analysis of Plasma CVD Process Data of a-Si:H FilmsRyosuke Iwamoto, Kunihiro Kamataki, Hisayuki Hara, Kazuma Tanaka, Daisuke Yamashita, Naho Itagaki, Daisuke Ikeda, Kazunori Koga, Shiratani Masaharu

P3-22 Heterogeneous nanoparticles for preparation of nanocompositesHynek Biederman

P3-23Synthesis of Lithium Oxide Composite with Refractory Metal by Induction Thermal PlasmasTadashi Nonaka, Shuhei Yoshida, Kentaro Yamano, Ririko Hayashida, Manabu Tanaka, Takayuki Watanabe

P3-24

Relationship between properties of SiNx films and cluster incorporation studied using SiH4+N2 multi hollow discharge plasma CVDYusuke Sasaki, Syouta Nagaishi, Kazuma Tanaka, Hisayuki Hara, Kunihiro Kamata, Naho Itagaki, Kazunori Koga, Masaharu Shiratani

P3-25 PdPt nanocatalyst synthesis via liquid medium sputteringVanessa Orozco, Janick Bigarre, Thomas Lecas, Pascal Brault, Amael Caillard

P3-26Synthesis of graphene-based materials using plasma technology at atmospheric pressureAna Casanova, Rocío Rincón, Jose Muñoz, Alicia Gomis-Berenguer, Conchi O. Ania, M. Dolores Calzada

P3-27 Directed deposition of Si nanocrystals from an atmospheric pressure plasma stylusRebecca Anthony, Alexander Ho


83

P3-28Particle Decharging and Agglomeration in Pulsed, Particle Dense Dusty RF PlasmasToshisato Ono, Zhili Zuo, Changgong Wang, Song-Moon Suh, Christopher Hogan, Uwe Kortshagen

P3-29 Fabrication of slanted Si pillars for Antireflective surfaces using plasma etchingJun-Hyun Kim, Jin-Su Park, Chang-Koo Kim

P3-30 Plasma etching of SiO2 using hexafluoroisopropanolJin-Su Park, Jun-Hyun Kim, Chang-Koo Kim

P3-31Plasma generation of ultradispersed carbon nanoparticles in liquidsBoris Mislavsky, Roman Iliev, Nikita Belov, Eugene Gorelik, Michael Marin, Alexey Soloviev

P3-32An analysis of a tilting coating technique affecting on thin film of Indium Tin Oxide nanoparticles characteristics Somchai Arubrungrusmi, Narong Mungkung

P3-33Fabrication of Self-Organized Nano Structures on Polymer Substrates by means of Linear Ion Beam ProcessesSeunghoon Lee, Jun-Yeong Yang, Eunyeon Byeon, Sunghoon Jung, Do-Geun Kim

P3-34 Research Activities on Plasma Technology at Canadian Nuclear LaboratoriesGerman Cota, Daniel Turgeon

P3-35Comparison of immobilization yield in plasma and laser assisted processing of silver nanoparticles on polyethyleneterephthalateJakub Siegel, Markéta Kaimlová, Pavla Šuláková, Tomáš Hubáček, Václav Švorčík

P3-36 Inhomogeneous growth of plasma polymer filmsRenate Förch, Bernhard Menges, Benham Akhavan

P3-37Simulative study of SiO2 atomic layer etching by controlled passivation time in capacitively coupled plasmaZhongLing Dai, Wan Dong, Yuan-Hong Song, You-Nian Wang

P3-38 Atmospheric pressure Ar / CF4 plasma jet and surface modification on epoxy resinJie Liu, Dingge Yang, Lijun Wang, Bo Niu, Yashuang Zheng, Wenhui Li

P3-39Role of helium in plasma etching of silicon nitride by fluorine and hydrogen contained mixtureYuri Barsukov, Pavel Pankratiev, Andrey Vinogradov, Anton Kobelev, Alexander Smirnov

P3-40Studies on bulk synthesis of tungsten-oxide nanomaterials by a novel plasma technique and their visible-light photocatalytic properties for degradation of dyes in wastewaterTrinayan Sarmah, Dulen Saikia, Divesh Narayan Srivastava, Mayur Kakati

P3-41Amine Functionalization of Boron Nitride Nanotubes through Exposure to a Capacitively Coupled Radio-Frequency PlasmaRobyn Iannitto, Benoit Simard, Sylvain Coulombe

P3-42 Etching of silicon dioxide using a “remote” capacitively coupled plasma sourceXifeng Wang, Mark Kushner, Mingmei Wang, Aelan Mosden, Peter Biolsi

P3-43 Synthesis of Transition Metal Boride Nanoparticles by Induction Thermal PlasmaLibei Liu, Yuta Tanoue, Tadashi Nonaka, Manabu Tanaka, Takayuki Watanabe


84

P3-44Atmospheric plasma directed assembly for mask-less patterningPanagiotis Dimitrakellis, Vassilis Constantoudis, Athanasios Smyrnakis, George Kokkoris, Evangelos Gogolides

P3-45Evolution of Laser-Induced Plasma during Radio-Frequency Plasma-Assisted Pulsed Laser Ablation of TitaniumElmira Pajootan, Felipe Aristizabal, Sylvain Coulombe, Sasha Omanovic

P3-46SPS Induction Plasma Synthesized ZrB2 Coatings for the Al IndustryMarie-Claude Fournier, James Aluha, Faranak Barandehfard, Kossi Eyadema Béré, Pierre-Olivier Langlois, François Gitzhofer


P3-47

Role of Ions in Plasma Polymerization of Cyclopropylamine/Argon Radio Frequency Capatively Coupled DischargesLenka Zajickova , Miroslav Michlicek, Peter Papp, Marian Danko, Stefan Matejcik, Satoshi Hamaguchi

P3-48Plasma modification of deep layers of polymer materials Dmitry Medvedev, Maxim Deminsky, Boris Potapkin, Olga Grankina, Anton Skomorokhov, Sergey Korobtsev, Andrey Knizhnik

P3-49 Sputter deposition of nanotextured iron oxide thin films for photoelectrochemical water splittingAntonella Milella, Piera Bosso, Gianni Barucca, Paolo Mengucci, Francesco Fracassi

P3-50 Surface processes of energetic metal ions on HiPIMS target materialsRahel Buschhaus, Maik Budde, Achim von Keudell

P3-51

Amine Rich Plasma Polymerization using Inverter Plasmas for Orthopaedic ApplicationAnjar Anggraini Harumningtyas, Tomoko Ito, Satoshi Sugimoto, Joe Kodama, Takashi Kaito, Chieko Asamori, Miroslav Michlicek, David Necas, Lenka Zajickova, Satoshi Hamaguchi

P3-52Chemical vapour deposition of octadecyltrichlorosilane on plasma activated surfaces of silicon atomic force microscopy probesAlexandra Besleaga, Sabina Teodoroff-Onesim, Lucel Sirghi

P3-53

Atmospheric pressure gliding arc with side inlet applied to polypropylene treatment and deposition of thin plasma polymer layersKateřina Polášková, Petr Jelínek, Filip Jeník , Zdeňka Jeníková, Jiří Cerman, Vilma Buršíková, Petr Špatenka, Lenka Zajíčková

P3-54

Influence of the substrate temperature on the layer properties made by an atmospheric plasma jet using different precursors Thomas Neubert, Kristina Lachmann, Veysel Zeren, Friedrich Schlüter, Paolo Scopece, Alessandro Patelli, Michael Thomas

P3-55Single-step deposition of surface chemical gradients with a corona jet at atmospheric pressureDavid Duday, Malekzad Hediyeh, Gallingani Tommaso, Barletta Federica, Gherardi Matteo, Colombo Vittorio


85

P3-56 Surface Modification of Additively Manufactured Parts Using an Atmospheric Pressure PlasmaMatthew Burnette, David Staack

P3-57Atmospheric pressure plasma deposited silicone-like barrier coatings for drug delivery devicesErgina Farsari, Konstantina Giati, Theodora Argyropoulou, Vasiliki Eleftheria Vrakatseli, Panagiotis Ioannou, Eleftherios Amanatides, Dimitrios Mataras

P3-58

Precursor fragmentation dynamics in atmospheric pressure plasma polymerization of HMDSO in nitrogen plasmaSiavash Asadollahi, Jacopo Profili, Andranik Sarkissian, Masoud Farzaneh, Luc Stafford

P3-59Effects of Heating and Discharge on Adhesive Strength Improvement of Polytetrafluoroethylene by Heat-assisted Atmospheric Pressure Glow PlasmaKunihito Tanaka, Masaoki Takano, Kazuo Takahashi, Masuhiro Kogoma

P3-60 Radial Evolution of Modification Effect of He APPJ on LDPE FilmGuoqiang Li, Zhengshi Chang

P3-61

Polyaniline and polythiophene films with humidity-independent characteristics by atmospheric pressure plasma polymerization methodChoon-Sang Park, Do Yeob Kim, Eun Young Jung, Hyo Jun Jang, Dong Ha Kim, Gyu Tae Bae, Jeong Hyun Seo, Bhum Jae Shin, Hyung-Kun Lee, Heung-Sik Tae

P3-62Preparation of superhydrophobic cotton fabrics based on fluorocarbon compounds by plasma methods Gheorghe Dinescu, Veronica Satulu, Bogdana Mitu, Razvan Radulescu , Raluca Maria Aileni

P3-63Development of plasma device for powder treatment/sterilization and spectroscopic measurement of reactive speciesHiroki Takagi, Yuma Suenaga, Yuriko Matsumura, Atsuo Iwasawa, Akitoshi Okino

P3-64

Electrical characterization of polypyrrole synthesized by plasma doped with copper oxide particlesElena Colin Orozco, M. Guadalupe Olayo-González, J. Cuauhtémoc Palacios-González, Guillermo Cruz-Cruz, Ricardo Valdivia-Barrientos, Lidia M. Gómez-Jiménez, Maribel González-Torres, Fernando G. Flores-Nava, Rosario Ramírez-Segundo

P3-65Investigation of non-thermal plasma treatment on vanadium oxide-based catalystsMoazameh Adhami Sayad Mahaleh, Rim Bitar, Anton Nikiforov, Karen Leus, Pieter Cools, David Schaubroeck, Pascal Van Der Voort, Rino Morent, Nathalie De Geyter

P3-66 Fabrication of Transparent Self-Cleaning Super-Repellent Surfaces by Plasma PolymerizationAissam Airoudj, Constance Thomas, Florence Bally-Le Gall, Vincent Roucoules

P3-67 Deposition of ZnO film by high power impulse magnetron sputtering (HiPIMS)Lizhen Yang, Haitao Zhang, Qiang Chen, Haibao Zhang

P3-68Properties of GaAs Surface Formed by In-situ Plasma Oxidation and its Effect on HfO2/GaAs MOS CapacitorHoonjung Oh, Sungjoo Lee

P3-69Characterization of cellulose microfibril foams in contact with plasma discharges in an AP-DBD experimental setupLouis-Félix Meunier, Jacopo Profili, Nicolas Naudé, Luc Stafford


86

P3-70

Synthesis of SiOx thin films on glass substrate: a comparison between atmospheric and low-pressure plasma processesMaxime Beauchemin, Jacopo Profili, Thomas Schmitt, Nicolas Naudé, Jolanta-Ewa Klemberg-Sapieha, Ludvik Martinu, Luc Stafford

P3-71 Rationally designed surface nanotopography and plasma-generated surface chemistry for fabricating 2D orthogonal surface gradientsHediyeh Malekzad

P3-72

Mo-based coating with anti-wetting properties for high temperature applications: Synthesis by plasma technologyJames Aluha, Marie-Claude Fournier, Faranak Barandehfard, Pierre-Olivier Langlois, Kossi Béré, Nicolas Abatzoglou, François Gitzhofer


P3-73 Unbound (resonance and scattering) states in high temperature thermodynamics.Marcin Buchowiecki

P3-74Atmospheric pressure radio frequency hydrogen induction thermal plasma diagnostics by optical emission spectroscopy Haibao Zhang, Liuyang Bai, Peng Hu, Lizhen Yang, Qiang Chen, Fangli Yuan

P3-75 Computational Investigation of Regimes of the Arc in CrossflowJuan Pablo Trelles, Vyasaraj Gururaj Bhigamudre

P3-76 Heating of a cathode with a conical tip by atmospheric-pressure arcTang Chen, Wei-zong Wang

P3-77

Pure Silicon Nanoparticle Synthesis using Tandem Type of Induction Thermal Plasmas with Simultaneous Controlled Modulation of Upper- and Lower-Coil CurrentKazuki Onda, Kotaro Shimizu, Keita Akashi, Yasunori Tanaka, Yoshihiko Uesugi, Tatsuo Ishijima, Shiori Sueyasu, Shu Watanabe, Keitaro Nakamura

P3-78 Arc behavior in a divergent channel with inter-electric inserter and anodeXian Meng

P3-79 Gasdynamic dispersing of nitrogen arc in thermal plasma generatorXian Meng, Wenxia Pan

P3-80 Three-Dimensional Transient Modelling of a Well Type Cathode Torch with the Reversed Polarity DischargeElham Dalir, Larry Pershin, Javad Mostaghimi, Michael Hou, Qinglin Zhang

P3-81Simulation of the radiative spectra for Ar-H2O-Hg mixtures in high pressure lamps: influence of the presence of H2OYann Cressault

P3-82 Three dimensional nonequilibrium numerical simulation of anode region of high intensity transferred arcTao Zhu, Hai-Xing Wang, Su-Rong Sun

P3-83 Investigation of physical contact between liquid droplet and rotating arcHongjae Kang, Kwan-Tae Kim, Sungkwon Jo, Dae Hoon Lee


87

P3-84 Modelling of arc attachment at the anode of high intensity transferred arcsSurong Sun, Tao Zhu, Haixing Wang

P3-85 Discharge Characteristics of Water Plasma with Mist GenerationHiroki Munekata, Manabu Tanaka, Takayuki Watanabe

P3-86High-Speed Visualization of Temperature Fluctuation in Multiphase AC ArcHiroki Maruyama, Manabu Tanaka, Takayuki Watanabe, Hisao Nagai, Takeshi Koiwasaki, Takafumi Okuma

P3-87Non-equilibrium transport processes in a free-burning argon arc plasma under different operating pressuresHeping Li, Chuan Fang, Jian Chen, Heng Guo, Jing Li

P3-88 Visualization of Electrode Phenomena in Nitrogen DC ArcTakayuki Watanabe, Masaki Yoshida, Naoki Sakura, Manabu Tanaka

P3-89 Axial Fed Micro Plasma Spraying in Additive ManufacturingPaul Hayden

P3-90 Contributing Factors to the Long Persistence of the Lightning Channel PlasmaCaitano da Silva, Sophia Salazar, Richard Sonnenfeld, Harald Edens

P3-91Powder spheroidisation for the Advanced Metals Initiative of South Africa using high temperature plasma technologyHertzog Bissett, Milton Makhofane

P3-92 Numerical simulation of multiple gas mixtures in thermal plasma using OpenFOAMHunkwan Park, Yeon Woo Yoo, Eungsun Byon, Sunghun Lee

P3-93 Synthesis of Si-MWCNT nanocomposite using triple DC thermal plasma jet systemSeung-Hyun Hong, Byeong-Il Min, Tae-Hee Kim, Sooseok Choi

P3-94 Anode current density measurement of a non-transferred DC arc plasma generatorXian Meng, Wenxia Pan, Xian Zhou, Heji Huang

P3-95Synthesis of cobalt boride nanoparticle in triple DC thermal plasma jet systemJeong-Hwan Oh, Minseok Kim, Yong Hee Lee, Seung-Hyun Hong, Tae-Hee Kim, Sooseok Choi

P3-96

Synthesis of Few-walled Boron Nitride Nanotubes using Triple DC Thermal Plasma Jet System with Hydrogen Injection Minseok Kim, Jeong-Hwan Oh, Byeong-Il Min, Yong Hee Lee, Seung-Hyun Hong, Tae-Hee Kim, Sooseok Choi

P3-97 Steam plasma gasification of polyvinyl chlorideVladimir Frolov, Nikita Obraztsov, Dmitry Subbotin, Dmitrij Ivanov, Viktor Popov

P3-98 Methane pyrolysis using water-stabilized hybrid plasma torchAnton Serov, Alan Maslani, Michal Hlina, Milan Hrabovsky

P3-993D modelling of a DC transferred arc twin torch plasma system for the synthesis of copper nanoparticlesVittorio Colombo, Marco Boselli, Matteo Gherardi


88


P3-100

Generation and transport of cold plasma in metres-long tubing for plasma medicine application in endoscopyMax Thulliez, Orianne Bastin, Delphine Merche, Alp Ozkan, Antoine Nonclerq, Alain Delchambre, Jacques Devière, François Reniers

P3-101Effects of plasma activated water on wheat and lettuce: Germination, growth parameters, photosynthetic pigments, soluble protein content and antioxidant enzymes activityKarol Hensel

P3-102 Plasma wet and dry approaches for agriculture: limitations, challenges and opportunitiesDufour Thierry, Judee Florian

P3-103

Plasma-generated short-lived reactive oxygen and nitrogen species are the main inducers of immunogenic cancer cell deathYury Gorbanev, Abraham Lin, Joey De Backer, Sylvia Dewilde, Evelien Smits, Annemie Bogaerts

P3-104Fluorescein-agarose gel as a tissue model to visualize and measure local CAP-induced acidificationGiovanni Busco, Azadeh Valinataj Omran, Loick Ridou, Jean-Michel Pouvesle, Eric Robert, Catherine Grillon

P3-105 Atmospheric Oxygen Plasma Trigger to Activation of Macrophage-like CellsYi Ci Yao, Nobuya Hayashi

P3-106Adjusting optical and structural properties of gold nanoparticles produced using direct current atmospheric pressure glow discharge operated in contact with a flowing liquid cathode under helium atmospherePiotr Jamroz, Anna Dzimitrowicz, Pawel Pohl

P3-107

Non-thermal plasma inhibits mast cell activation and ameliorates allergic skin inflammatory diseases in NC/Nga mice.Yun Sang Lee, Myung-Hoon Lee, Haeng Jun Kim, Chang Hak Han, Sung Un Kang, Chul-Ho Kim

P3-108Fluoride application of cold atmospheric plasma on deciduous tooth enamelYoung Min Kim, Yeon Suk Song, Se Eun Yun, Kwang Ha Park, Jun Ho Bae, Gyoo Cheon Kim

P3-109 Plasma activated radix arnebiae oil as innovative antimicrobial and burn wound healing agentDawei Liu, Shuhui Pan

P3-110Effect of plasma treatment in growth and chemical contentsMi Ja Lee, Jong Seok Song, Hyun Young Kim, Sang heum Eom, Ji Eun Ra, Hyun Mi Ham, Woo Duck Seo, Ki Chang Jang

P3-111 Generation of reactive nitrogen radicals in air plasma and their stability in liquidKangil Kim, Suk Hwal Ma, Yong Cheol Hong

P3-112Effect of Plasma Direct Irradiation on Oral Cancer Cells Using Torch Type Dielectric Barrier Discharge PlasmaMao Marume, Yukie Miyamaru, Nobuya Hayashi, Reona Aijima, Yoshio Yamashita


89

P3-113Challenges in the enhancement of seed germination by non-thermal plasmasRicardo Valdivia-Barrientos, Marquidia Pacheco, Joel Pacheco, Angel Endara, Francisco Martínez, Hilda Frías, Fidel Ramos, Miguel Durán, Miguel Hidalgo

P3-114 Gene expression analysis of Arabidopsis thaliana irradiated with oxygen plasmaKyotaro Yamamoto, Nobuya Hayashi, Kosuke Tashiro

P3-115Cold atmospheric pressure plasma effectively induces cell death in the liver cancer stem cell Hep3B that is resistant to conventional anti-cancer therapiesYan Li, Kiwon Song Song, Tianyu Tang, Hae June Lee

P3-116Plasma treatment of pesticide-contaminated water: assessment of toxicity and possible use in irrigation Florin Bilea, Corina Bradu, Monica Magureanu

P3-117 Mechanism of Plant Growth Enhancement by Water Vapour and Hydrogen Plasmas IrradiationZiyu Shi

P3-118

Cold atmospheric pressure plasma (CAP) treatment to assist the restoration of the apical region of a root canal in endodontic proceduresVittorio Colombo, Emanuele Simoncelli, Michele Manzini, Augusto Stancampiano, Matteo Gherardi, Riccardo Tonini

P3-119Distribution and penetration of reactive oxygen and nitrogen species through a tissue phantom after Plasma Gun treatmentAzadeh Valinataj Omran

P3-120Exposure to helium plasma jet induces cell elongation of fission yeastShinji Yoshimura, Yoko Otsubo, Akira Yamashita, Mitsutoshi Aramaki, Kazunori Koga

P3-121 Physical study of a microwave plasma source for agricultural applicationsThomas Maho, Abderrahmane Kais, Cristina Muja, Laurent Thérèse, Philippe Guillot

P3-122Investigation of plasma resistance-mediating genes in Escherichia coliTim Dirks, Marco Krewing, Kim Weisgerber, Fabian Jarzina, Jan-Wilm Lackmann, Jan Benedikt, Julia E. Bandow

P3-123Investigation of treatment of wheat seed by plasma of dielectric coplanar surface barrier dischargeAinur Akildinova, Yerbolat Ussenov, Amangeldi Bissenbaev, Maratbek Gabdullin, Merlan Dosbolayev, Tlekkabul Ramazanov, Talgat Daniyarov

P3-124 Enhancement of DNA damage using metal ion and flavonoidYeunsoo Park, Dae Chul Kim, Mi-Young Song, Hyuck Cho

P3-125 Inactivation mechanism of spore-forming bacteria by plasma of parallel plate electrode-type DBDHayato Matsumura, Nobuya Hayashi

P3-126

COST-Jet and nspDBD Treatment Induces Similar Biological Responses While Generating Different ChemistryPietro Ranieri, Hager Mohamed, Brayden Myers, Leah Dobossy, Keely Beyries-Powers, Duncan Trosan, Fred Krebs, Vandana Miller, Katharina Stapelmann


90

P3-127

The potential use of gas hyperthermia in combination with radiofrequency plasma jet for the in vitro treatment of breast cancerSylvain Coulombe, Jean-Sébastien Boisvert, Audrey Glory, Julie Lafontaine, Philip Wong

P3-128

Treatment of fruit juices inoculated with native microorganisms using two cold air plasma sourcesBarbora Tarabová, Alessio Giove, Jessica Conti, Laura Scantamburlo, Francesco Tampieri, A.C. Ricchiuto, Gabriele Neretti, Zdenko Machala, Cristina Paradisi, Paola Brun, Ester Marotta


91

AUTHoRS’ inDEX

Ane Aanesland (P1-49)Nicolas Abatzoglou (P3-72)Yayci Abdulkadir (P2-118)Dominique Abesollo Ondo (O-50)Hamada Aboubakr (O-88)Hisham Abourayana (P2-121)Kerry Jaynne Abrams (P2-77)Domenico Aceto (P3-10)Michael Ackermann (P2-113)Igor Adamovich (I-1, P2-31, O-3)Moazameh Adhami Sayad Mahaleh

(P3-65)Maryam Aghaei (P1-47, O-83)Farhan Ahmad (O-104)Reona Aijima (P3-112)Raluca Maria Aileni (P3-62)Aissam Airoudj (P3-66)Keita Akashi (P3-77, O-61)Behnam Akhavan (O-72, P3-36)Morteza Akhlaghi (P1-51)Ainur Akildinova (P2-29, P3-123)Howling Alan (P2-42)Sina Alavi (O-58)Christian Alcaraz (P2-22)Mostafa Aldanawi (O-136)Marcus Aldén (P1-58)Nikolay Aleksandrov (O-81, P1-25)Brisset Alexandra (O-139)Mhedine Ali Cherif (P1-50)Anas Alkayal (O-84)Jean Alkhoury (P2-25)Martin Alliati (O-66)Amal Allouch (O-22)Sammie A. Alolabi (O-119)James Aluha (P3-72, P3-46)Alejandro Alvarez Barragan (O-122)Caillard Amael (O-10)Rose Amal (O-104)Eleftherios Amanatides (P3-57)Martin Amberg (O-75)Sabine Amberg-Schwab (O-78)Idris Aminu (P1-57)

Sobota Ana (O-139)J. Ananthanarasimhan (O-135)Ricard André (P1-5)Valeria Angarano (O-74)Demaude Annaëlle (O-53)Thomann Anne-Lise (O-10)Hecimovic Ante (Plenary Lecture I)Rebecca Anthony (P3-27)Shin-ichi Aoqui (P2-58)Mitsutoshi Aramaki (P3-120)Zouhour Araoud (O-17)Theodora Argyropoulou (P3-57)Felipe Aristizabal (P3-45, P2-67)Vincenza Armenise (P2-78)Delcorte Arnaud (O-53)Konstantin Artem’ev (P2-40)Somchai Arunrungrusmi (P1-98,

P1-101, P3-32)Mahtab Asadian (P2-130)Siavash Asadollahi (P3-58)Chieko Asamori (P3-51)Daniela Ascenzi (P2-22)Sadegh Askari (O-121)Alexander Astafiev (P1-21)Amy Aube (O-91)Xavier Aubert (P1-76, O-136)Peter Awakowicz (O-59, P2-32)Oluyemi Awolusi (P1-74)Amalia Azzariti (O-39)Sara Babaei (O-116)Natalia Babaeva (O-132)Vaclav Babicky (P1-71)Weronika Babinska (P2-88)A. Baciero (P2-74)Gyu Tae Bae (P3-61, P1-90)Jun Ho Bae (P3-108)Margarita Baeva (O-17, P2-41, P1-20)Maxime Bafoil (P2-101)Behnaz Bagheri (P2-15)Liuyang Bai (P3-74)Hardy Baierl (P2-41)Charles C. Bailey (P1-97, P2-90,)

Md. Abdullah Baky (O-85)Florence Bally-Le Gall (P3-66)Julia E. Bandow (I-17, O-42, P3-122)Joffrey Baneton (O-28)Yupan Bao (P1-58)Faranak Barandehfard (P3-46, P3-15,

P3-72)Oleg Baranov (I-20)Chaimae Bariki (P1-68)Federica Barletta (O-101)Yuri Barsukov (P3-39)Marie-France Barthe (O-23)Andrzej Bartnik (O-134)Gianni Barucca (P3-49)Jakob Barz (P2-113)Muller Bastien (P2-64)Orianne Bastin (P3-100)Sebastien Bazet (O-108)Maxime Beauchemin (P3-70)Chad Beaudette (O-25)Stephanie Beck (O-116)Markus M. Becker (P1-20, P1-19)Sander Bekeschus (O-43)Thierry Belmonte (O-12, P1-12)Nikita Belov (P3-31)Avi Bendavid (P2-81)Jan Benedikt (P3-122, P1-82, O-121,

O-52, O-59)Lazhar Benyahia (P2-79)Giel Berden (P1-32)Kossi Béré (P3-72)Davide Beretta (O-91)Natalya Berezhetskaya (P2-40)Jeffrey Bergthorson (O-126)Glocker Bernd (O-118)Carla Berrospe Rodriguez (O-5,

O-122)Assunta Bertaccini (P1-81)Alexandra Besleaga (P1-85, P3-52)Keely Beyries-Powers (P3-126)Gandhari Bhandari (P1-1)Saroj Bhatta (P2-38)

92

Vyasaraj Gururaj Bhigamudre (P3-75) Shariful Bhuyian (O-85)Simone Bianconi (O-60)Hynek Biederman (O-26, P3-13,

P3-22)Janick Bigarre (P3-25)Florin Bilea (P1-88, P3-116)Marcela Bilek (O-72)Nuno Bimbo (P2-56)Peter Biolsi (P3-42)O. Biondo (P1-117)Raluca Alina Bisag (O-40, P2-70)Enrico Bisceglia (O-136)Eline Biscop (P1-91)Beatrix Biskup (O-52)Amangeldi Bissenbaev (P3-123)Hertzog Bissett (P3-91)Rim Bitar (P3-65)Lucie Bláhová (O-51)Victorien Blanchard (P1-67, P1-64)Nicole Blin Simiand (P1-106, P1-112)Christophe Blondel (P2-25)Francesca Boari (P2-92)Daniela Boehm (P2-91)Annemie Bogaerts (O-34, O-90,

P1-47, P1-91, O-109, O-57, P2-68, O-41, P3-103, P2-2, O-83, O-29)

Jean-Sébastien Boisvert (P3-127)Marc Böke (O-52)Waldo Bongers (P1-35, O-56)Angelo Bonzanini (O-1, P1-7)Jean-Paul Booth (P1-33, P1-49, P2-7)Joshua Boothroyd (P2-57)Valentin Borzosekov (P2-40)Nicolas Boscher (O-50)Marco Boselli (P3-99, O-60, P2-69)Piera Bosso (P3-49)Mohamed Boudifa (P2-125)Anne Bourdon (Plenary Lecture III,

P1-49)Paula Bourke (P2-91)Blandine Bournonville (P1-106,

P1-112)Toufik Boushaki (O-102, P1-65,

P1-68)Valentin D. Boutrouche (P2-10)James Bradley (O-66)Corina Bradu (P3-116, P1-88)Ronny Brandenburg (O-65, O-115)Eva Brauchle (O-111)Pascal Brault (P3-25, O-22, O-23)Stefan Bresch (P1-71)Stefan Briefi (O-97)

Ralf Peter Brinkmann (O-59)Ovidiu Brinza (O-7)Alexandra Brisset (O-35)Nikolay Britun (P1-16, I-22)Markus Brochhagen (O-52)Sara Brucker (P2-113)Peter J. Bruggeman (O-89, O-99,

P1-11, O-88, P1-23)Paola Brun (P2-98, P2-104, P3-128)Giuliana Bruno (O-43, O-30)Volker Brüser (O-65)Cristiana Bucci (O-40)Marcin Buchowiecki (P3-73)Benjamin Buckley (O-84)Maik Budde (P3-50)Ezgi Bülbül (O-75, P2-72)Simon Bulou (O-50)Radha Krishna Bulusu Raja (P1-71)Matthew Burnette (P3-56)Vilma Buršíková (P3-53)Yann Busby (O-28)Rahel Buschhaus (P3-50)Giovanni Busco (P3-104)Tom Butterworth (I-21, O-34, P2-31,

O-96, O-33)Eunyeon Byeon (P3-33)Eungsun Byon (P3-92)Mauritius C. M. van de Sanden (O-82)Charisse Marie Cagomoc (P1-26)Amaël Caillard (O-23, P2-85, P3-25)Giuseppe Caldarella (O-28)Giuseppina Caligiuri (I-14)María Dolores Calzada Canalejo (P1-22,

P3-26)Christopher Campbell (O-85)Cristina Canal (I-6)Alessandro Canel (P1-81)Vito Cantore (P2-92)Emile Carbone (P1-45, Plenary

Lecture V)Xavier Carette (P2-125)Setaro Carmelo (P2-6)Guillaume Carnide (P2-63)Nathalie Carrasco (P2-9, O-125)Aaron Carvell (P1-66)Enrique Casado (P1-80)Ana Casanova (P3-26)Elti Cattaruzza (O-133)Roberto Cavazzana (P2-104, P2-98,

P2-105)Toine Cents (P1-37)Matteo Ceppelli (P2-23)Jiří Cerman (P3-53)

Adam Cervenka (P1-46)Ju-Hong Cha (P1-28)Min Suk Cha (P1-73, P2-31, O-127)Pascal Chabert (P1-49)Grégoire Chabrol (P2-82)song chai (P2-54)Chia-Hsing Chang (P2-103)Tian Chang (P1-105)Zhengshi Chang (P3-60)Pakpoom Chansri (P1-101, P1-98)Leonid Charakhovski (P1-69)Kamel Charrada (O-17)Audrey Chatain (O-125, P2-9)Abhyuday Chatterjee (P1-33, P2-7)Laura Chauvet (P2-4)Fiona Chen (O-13)Jian Chen (P1-18, P3-87)Qi Chen (P1-61, P1-41)Qiang Chen (P2-75, P3-74, P3-67)Tang Chen (P3-76)Timothy Chen (P1-41, O-129, O-98)Pascale Chevallier (I-14)Tat Loon Chng (O-3, O-100)Changhyun Cho (P1-48)Hyuck Cho (P3-124)Dae Hyun Choi (P1-48)Jeong-Hae Choi (P2-102, P2-106,

P2-107)Sooseok Choi (O-63, P3-93, P2-20,

P3-95, P3-96)Patrick Choquet (O-50, P2-124)Andrei Choukourov (P3-8, O-11,

P3-13)Edith Chow (P2-81)Maszl Christian (Plenary Lecture I)Oehr Christian (O-111)Cachoncinlle Christophe (O-10)Chen Chuanjie (O-99)Stanislav Chudjak (P1-46)Se Min Chun (P1-108)Tae Hun Chung (P2-96)Thai-Hoa Chung (O-107)Mária Cíbiková (P1-102)Miroslav Cieslar (O-26)Richard Cimerman (P1-113, P1-102)Francesco Ciminale (O-39)Kathryn Ciu Leci (P2-67)Poleunis Claude (O-53)Richard Clergereaux (P2-63)Anna Maria Coclite (O-47)Pierre Coddet (P2-85)Elena Colín-Orozco (P1-104, P2-127,

P2-128, P3-64)


93

Delphine Collard (P2-124)Vittorio Colombo (P3-99, O-60,

P2-70, P2-69, O-101, O-40, O-76, P3-118, P1-81, P3-55)

Sara Coluccelli (O-40)Vassilis Constantoudis (P3-44)Nicoletta Contaldo (P1-81)Jessica Conti (P3-128)Pieter Cools (P3-65, P1-92)Fabien Coquery (P1-31)Luigi Cordaro (P2-104, P2-98)Elena Corella Puertas (P1-70)Julien Cosimi (P2-50)German Cota (P3-34)Sylvain Coulombe (O-126, P1-70,

P2-67, P3-41, O-119, P1-42, P2-68, P3-45, P3-127)

Jean-François Coulon (P2-86)Michael Craven (O-113)Mariadriana Creatore (I-10)Yann Cressault (P3-81)Guillermo J. Cruz-Cruz (P2-127,

P2-128, P3-64)Patrick J. Cullen (P2-91)Uroš Cvelbar (I-20, O-79, O-137)U. Czarnetzki (Plenary Lecture V)Urszula Czuba (P2-124)Federico Antonio D’Isa (P1-45)Caitano da Silva (P3-90)Sebastian Dahle (P1-111)Rainer Dahlmann (O-46)Jinchi Dai (O-73)Yongnian Dai (P3-18)ZhongLing Dai (P3-37, P3-2)Elham Dalir (P3-80)Mark Damen (I-7)Dobslaw Daniel (O-118)Talgat Daniyarov (P3-123)Marian Danko (P3-47)S. Dasappa (P1-85, O-135)Adina Dascalu (P1-84)Richard Dawson (P2-56)Jayr de Amorim (P1-10)Joey De Backer (P3-103)Nathalie De Geyter (P3-65, P1-92,

P2-130, P1-103, P2-80)Pierandrea De Iaco (O-40)Gianluca De Masi (P2-98, P2-104)Naomi de Mejanes (P2-28)Nelson de Oliveira (P1-33)Dominique Debarnot (P2-76, P3-11)Heidi Declercq (P2-130)Jiří Dědina (O-68)Jost Degenhardt (O-78)

Alain Delchambre (P3-100)Nikon Demin (P2-66)Maxim Demnsky (P1-30, P1-29,

P3-48)Pierre Desgardin (O-23)Daniele Desideri (P2-104)Christophe Detrembleur (P2-124)Jacques Devière (P3-100)Sylvia Dewilde (P3-103)Amos Dexter (P2-56)Heba Diab (P1-72)James Diamond (P1-87)Sergio Diaz-Rodriguez (I-14)Aaron Dickenson (I-22)Wallwiener Diethelm (O-111)Giorgio Dilecce (P2-19, P2-23)T. J. Dillon (P2-57)Panagiotis Dimitrakellis (P3-44)Gheorghe Dinescu (P3-62)Ch. Ding (O-132)Chenyang Ding (O-131)Duy Khoe Dinh (O-92, O-92)Paola Diomede (P1-24, O-82)Tim Dirks (P3-122)Roland Dittmeyer (P1-114)Peter Dobbyn (P2-121)Leah Dobossy (P3-126)Anastasia Dobrovolskaya (P1-44)Arthur Dogariu (O-129)Antje Dohse (P2-87)Eva Doležalová (O-87)Massimo Dominici (O-76)David Donaghy (O-66)Nianguo Dong (O-73)Wan Dong (P3-37, P3-2)Zhiwei Dong (O-19)Milan Dopita (O-26)Annie Dorris (O-116)Merlan Dosbolayev (P3-123)Nils Dose (P1-82)Claire Douat (P2-93)Masashi Dougakiuchi (O-14)Denis Dowling (P2-121)Sébastien Dozias (P1-68, O-107,

O-102, P1-65)Cyril Drag (P1-49, P2-25, P2-7)Jonas Drewes (P3-13)Ping Duan (P2-18)Marie Dubus (P2-125)Constance Duchesne (O-108)David Duday (P3-55)Natalia Dudchik (P2-108)Stanislav Dudin (P2-52)

Benjamin Dufour (P1-75)Thierry Dufour (O-38)Corinne Duluard Curley (O-136)Ciprian Dumitrache (O-6, O-2)Christophe Dunand (P2-101)Miguel Durán (P3-113)Miguel Angel Durán-García (P1-104)Xavier Duten (P1-75, P1-76)Pavel Dvořák (O-68)Adna Dzafic (P1-70)Sebastian Dzikowski (P2-44)Anna Dzimitrowicz (P3-106, P2-88)Ute Ebert (P2-15)Harald Edens (P3-90)Andreas Ehn (P1-58)Mohamed El Shaer (P1-72)Rasool Elahi (P2-38)Mohamed ElDaly (P1-72)Ronny Elleb (P2-82)Olga Emeliyanova (P2-108)Herault Emilie (P2-64)Angel Endara (P3-113)Markus Enderle (P2-32)Szili Endre (O-109)Thierry Engel (P2-82)Richard Engeln (I-7, P2-1, I-21)Sang Heum Eom (P3-110)Denis Eremin (O-59)Yasin Ergün (P2-87)Millon Eric (O-10)Goormaghtigh Erik (O-53)Pablo Escot Bocanegra (O-102, P1-68,

P1-65)Alexei Essiptchouk (P1-69)Stephane Ethier (O-120)Koki Eto (P2-58)Kossi Eyadéma Béré (P3-15, P3-46)Fiorenza Fanelli (P2-78, O-74)Chuan Fang (P3-87)Zhi Fang (O-117, P1-52, P1-53)Ursel Fantz (P1-45, O-97)Aljammal Farah (P2-53, P2-64)Francesco Farcassi (O-70)Susan Farhat (O-49)Ergina Farsari (O-48, P3-57)Masoud Farzaneh (P3-58)Alessandro Fassina (P2-104, P2-105,

P2-98)Franz Faupel (P3-13)Pietro Favia (O-70, P2-92, P2-83,

P2-91, O-39, P3-10)Eva Fayard (P1-12)Barletta Federica (P3-55)


94

Alexander Fedoseev (P2-66, P2-65)Severing Fenja (P2-6)Henryk Fiedorowicz (O-134)Elena Filimonova (P1-44)Gregor Filipič (I-20)Fernando G. Flores-Nava (P2-127,

P3-64)Fernando Gabriel Flores-Nava (P2-128)Judee Florian (P3-102, O-38)Rüdiger Foest (P2-41)Tomasz Fok (O-134)Andrey Fokin (P2-51)Renate Förch (P3-36)Marie-Claude Fournier (P3-72, P3-46)Francesco Fracassi (P2-78, P3-10,

O-74, O-39, P3-49)Gilles Frache (O-50)Reniers François (O-53)Steffen Franke (O-17)Nadira Frescaline (O-108)Hilda Frías-Palos (P1-104, P3-113)Katja Fricke (P2-129)Alexander Fridman (P2-90, P1-97,

Plasma Chemistry Award)Gregory Fridman (P2-99, P2-90,

P1-97)Roland Friedl (O-97)Caecilia Fröhler (O-97)Vladimir Frolov (P2-26, P3-97)Yuwei Fu (P2-16)Atsushi Fujita (O-18)Yusuke Fukunaga (P3-20)Ivo Furno (P2-42)Oehrlein G. (O-89)Maratbek Gabdullin (P3-123)Gwenael Gaborit (P2-53)Sandra Gaiser (P1-3, O-75)Arnaud Gallant (O-6, O-2)Tommaso Gallingani (P3-55, O-76)Fausto Gallucci (P3-1)Vladislav Gamaleeve (P2-95, O-71)Ivan Ganachev (P1-8)Timo Gans (P2-57)Fei Gao (P2-39)Rebeca Garcia Alvarez (P1-89)Maria C. García Martínez (P1-80)Nuria Garcia Moncada (P1-37)Clarice Gareri (P2-104, P2-98)Giuseppe Gasparre (O-40)Thomas Gautier (O-125)Plyushchev Gennady (P2-42)Torsten Gerling (P2-77)Jaafar Ghanbaja (O-12)

Matteo Gherardi (P3-118, P2-69, P1-81, O-60, O-76, P2-70, O-101, O-40, P3-99, P3-55)

Rouba Ghobeira (P2-130)Souvik Ghosh (O-93)Guido Giammaria (O-94)De Masi Gianluca (P2-105)Konstantina Giati (P3-57)A. R. Gibson (P2-57)Dogan Gidon (O-1, P1-7, P2-45,

O-112)Mary Gilliam (O-49)Vincent Giovangigli (P2-33)Alessio Giove (P3-128)Giulia Girolimetti (O-40)François Gitzhofer (P3-72, P3-46,

O-54, P3-15)Audrey Glory (P3-127)Mikhail Glyavin (P2-51)David Go (I-15)Thomas Godfroid (P1-16)Evangelos Gogolides (P3-44)Judith Golda (O-121, P2-44)Benjamin Goldberg (O-98, O-129)Álvaro Gómez Baraiba (I-17)Yamid Gomez Rueda (P1-59)Lidia M. Gómez-Jiménez (P3-64,

P2-128, P2-127)Alicia Gomis-Berenguer (P3-26)Erwin A. González-Beltrán (P2-128,

P2-127)Maribel González-Torres (P2-127,

P2-128, P3-64)Yury Gorbanev (P1-91, P3-103, O-41)Michael Gordon (O-28, O-53)Eugene Gorelik (P3-31)Sergey Gortschakow (O-17)Sagar Goyal (O-88)Wouter Graef (P2-8, P2-5)Olga Grankina (P3-48)Alexander Granovsky (P1-29)David Graves (P2-45, P1-7, O-112,

P2-94, O-1)David Gravis (P2-86)Bennett Greenberg (O-120)Catherine Grillon (P3-104)Roberto Gristina (O-39, P3-10)Marija Grofulovic (O-20)M. Grofulović (I-4)Marija Grofulović (I-7)Mikhail Gromov (P1-103)Loris Grossi (O-39)O. Guaitella (I-4)

Olivier Guaitella (O-125, O-67, P1-33, P1-36, P2-7, P1-34, I-7, P2-1, P2-9)

Clarice Guareri (P2-105)Evan Guarr (O-93)Vasco Guerra (P1-34, P2-2, O-67,

P2-1, I-4)Revillod Guillaume (P2-53)Philippe Guillot (P2-59, P3-121,

P2-60, O-138)Heng Guo (P3-87)Hongchen Guo (O-90)Alexander Gutsol (P2-46)Emmanuel Gwanzura (P1-74)Gaborit Gwenael (P2-64)Neda Hafezkhiabani (P1-47)Fabien Halter (P1-68)Hyun Mi Ham (P3-110)Satoshi Hamaguchi (P1-26, P2-13,

P3-51, P3-47)Ahmad Hamdan (P1-73, P1-87)Audoin Hamon (O-31)Chang Hak Han (P3-107)Duksun Han (P2-30)Zhaojun Han (P2-81)Martin Hanicinec (P2-27)Luka Hansen (P2-29)Ove Hansen (O-121)Jan Hanus (P3-13)Jan Hanuš (O-26, O-11, P3-8)Hisayuki Hara (P3-17, P3-24, P3-21)Jonathan Harding (O-95)Rao Harsha (P1-85)Anjar Anggraini Harumningtyas

(P3-51)Mohammad Hasan (I-22)Hiroshi Hashizume (P2-89, O-69,

O-71)Taro Hashizume (O-16)Khaled Hassouni (O-22, O-136, P2-3,

P1-27)Ryan Hawtof (O-93)Nobuya Hayashi (P3-105, P3-114,

P3-112, P3-125)Ririko Hayashida (P3-23, P3-19)Paul Hayden (P3-89)Joh Hea Min (P2-96)Ante Hecimovic (P1-45)Dirk Hegemann (P2-72, O-75, P1-19)Ghada Heikal (P1-72)Jacob Held (O-25)Elise Helsen (P1-91)Lieve Helsen (P1-59)Frank Hempel (P2-41)


95

Huub Hendrickx (P1-35)Michel Héninger (P1-106, P1-112)Karol Hensel (P1-102, P3-101, I-5,

P1-113)Ben Herbert (P2-56)Annika Herrmann (P2-87)Kunihiko Hidaka (P1-13)Miguel Angel Hidalgo-Pérez (P1-104,

P3-113)Bastian Hillebrand (P2-32)Mineo Hiramatsu (P2-21, O-124)Tatsuya Hiramatsu (O-106)Hiroko Hirashige (O-106)Yusuke Hirayama (P3-7)Michal Hlina (P3-98)Alexander Ho (P3-27)Tomas Hoder (P1-78)Petr Hoffer (P2-48, P2-61, P1-78,

P1-79, P1-83, P1-82)Marlous Hofmans (P1-36)Christopher Hogan (P3-28)Ryosuke Honda (P2-110)Jin-Woo Hong (P2-107, P2-106)Jungmi Hong (P2-81)Seung-Hyun Hong (P3-96, P3-93,

O-63, P3-95)Yong Cheol Hong (P3-111, P1-107,

P1-116)Christian Hopmann (O-46)Masaru Hori (O-69, P3-20, P2-95,

P2-21, P2-123, P2-89, O-71, P3-4)Huidong Hou (O-54)Michael Hou (P3-80)Laurent Houssiau (I-14)Milan Hrabovsky (P3-98)Khin Maung Htay (P2-119, P2-126)Peng Hu (P3-74)B.-D. Huang (Plenary Lecture V)Heji Huang (P3-94)Qinghua Huang (P2-12)Yueh-Han Huang (P2-122)Tomáš Hubáček (P3-35)Tomas Hurtig (P1-58)Sung Hwa Hwang (P3-12)Rosa Maria Iacobazzi (O-39)Claudio Iaconetti (P2-98)Robyn Iannitto (P3-41)Enrique Iglesias (P2-32)Admaovich Igor (O-35)Satoshi Ikawa (O-110)Daisuke Ikeda (P3-21)Yoshihisa Ikeda (P2-117)Sanae Ikehara (I-19)Yuzuru Ikehara (I-19)

Kazumasa Ikuse (P2-13)Roman Iliev (P3-31)Yuki Inada (P1-13)Ciro Indolfi (P2-98)Laurent Invernizzi (O-138)Panagiotis Ioannou (P3-57)Fabio Isa (P2-81)Tatsuo Ishijima (O-61, O-18, P3-77)Kenji Ishikawa (O-71, P3-4, P2-95,

P2-123, O-69, P2-89, P3-20)Michiro Isobe (P1-26)Mikhail Isupov (P2-66)Naho Itagaki (P3-17, P3-12, P3-21,

P3-24)Masafumi Ito (P2-95, O-71)Tomoko Ito (P3-51)Dmitrij Ivanov (P3-97, P2-26)Ryosuke Iwamoto (P3-21)Samuel Iwarere (P1-74, P1-2)Atsuo Iwasawa (P3-63)Naoyuki Iwata (O-71, P2-95)Felipe Iza (O-84)Sina Jahanbakhsh (O-65)Barz Jakob (O-111)Piotr Jamroz (P2-88, P3-106)Benedikt Jan (P2-6)Mario Janda (I-5)Hyo Jun Jang (P1-90, P3-61)Ki Chang Jang (P3-110)Thomas Jannaud (P2-25)Elijah Jans (P1-31)Jesper Janssen (P2-8)Fatme Jardali (O-83, P1-47)Montgomery Jaritz (O-46)Fabian Jarzina (P3-122)Ondrej Jasek (O-123)Warren Jasper (P1-115)Sarrette Jean Philippe (P1-5)Coutaz Jean-Louis (P2-64)Petr Jelínek (P3-53)John Jelonnek (P1-114)Howard Jemison (O-85)Filip Jeník (P3-53)Zdeňka Jeníková (P3-53)Tae-San Jeong (P2-106)Sladjana Jevremovic (I-13)Hai-Feng Ji (P1-97)Marisol Ji (P2-79)Wen-Zhu Jia (P1-15)J. Jiang (O-89)Yiwei Jiang (P1-103)Yuanyuan Jiang (P2-14)Masafumi Jinno (P2-117, O-106)

Vít Jirásek (O-32, P2-61)Sungkwon Jo (P3-83, O-128)Santos Sousa Joao (P1-33)Nathalie Job (O-28)Lemaire Joël (P1-106)Erik Johnson (P2-33)Lora Jovanovic (P2-9)Olivera Jovanovic (I-13)Yiguang Ju (O-98, P1-41, O-129)Golda Judith (P2-6)Bandow Julia E. (P2-118)Held Julian (Plenary Lecture I)Oh Jun-Seok (O-109)Chan Mi Jung (P2-62)Eun Young Jung (P1-90, P3-61)Sunghoon Jung (P3-33)Jana Jurmanova (O-123)Andrea Jurov (O-137)Hiba Kabbara (O-7)Mashiro Kaga (O-14)Igor Kaganovich (O-15, O-120)Heike Kahlert (P1-77)Myrtil Kahn (P2-63)David Kahoun (O-77)Markéta Kaimlová (P3-35)Abderrahmane Kais (P3-121)Takashi Kaito (P3-51)Hiroaki Kajiyama (P2-89)Mayur Kakati (P3-40)Hiroaki Kakiuchi (O-8)Kunihiro Kamata (P3-24)Noritsugu Kamata (P1-101)Kunihiro Kamataki (P3-21, P3-12, P3-17)Makoto Kambara (O-14)Seigo Kameshima (O-103)Toshiro Kaneko (O-44, P2-110)Hongjae Kang (P3-83, P2-62, O-128)Sung Un Kang (P3-107)Makoto Kanzaki (P2-110)Guemmache Karim (P2-37)Saurabh Karwal (I-10)Schenke-Layland Katja (O-111)Ryoya Katsuya (P2-123)Yusuke Kawashima (O-110)Hiroshi Kawaura (O-18)Aliaksandra Kazak (P1-21, P2-108)Efe Kemaneci (O-59)Halima Kerdjoudj (P2-125)Holger Kersten (P2-29)Wilhelmus M.M. Kessels (I-10)Manfred Kettlitz (O-115)Ivan Khalakhan (O-11)Mohammadreza Khani (P1-51)


96

Andrei Khodak (O-15)Vladislav Khomich (P1-55)Atieh Khosravi (P1-51)Alexander Khrabry (O-120, O-15)Yugo Kido (O-106, P2-117)Fumitaka Kikkawa (P2-89)Chang-Koo Kim (P3-30, P3-29)Chul-Ho Kim (P3-107)Dae Chul Kim (P3-124)Do Yeob Kim (P3-61, P1-90)Do-Geun Kim (P3-33)Dong Ha Kim (P3-61)Dong-Wook Kim (P3-16)Gyoo Cheon Kim (P3-108, P2-102,

P2-107, P2-106)Haeng Jun Kim (P3-107)Hyun Young Kim (P3-110)Hyun-Ha Kim (O-103, P1-62, P2-43)Jihun Kim (P1-48)Jun-Hyun Kim (P3-30, P3-29)Kangil Kim (P3-111, P1-116)Kwan-Tae Kim (P3-83, O-128)Minseok Kim (P3-96, O-63, P3-95)Sungo Kim (P1-39)Tae-Hee Kim (P3-96, P3-95, P3-93,

O-63, P2-20)Young Min Kim (P3-108)Yutaka Kimura (O-44)Satoru Kinoshita (O-69)Tobias Kipp (O-45)Andrey Kirillov (P2-108, P1-21)Hidemi Kitano (O-69)Katsuhisa Kitano (O-110)Claus-Peter Klages (P1-19)Bart Klarenaar (I-7)Bart.L.M. Klarenaar (P2-1)Jolanta-Ewa Klemberg-Sapieha (P3-70)Aleksandr Klimov (P2-49)Wolfgang Knapp (P2-86)Andrey Knizhnik (P3-48)Kappei Kobayashi (P2-117)Anton Kobelev (P3-39)Igor Kochetov (P1-25)Joe Kodama (P3-51)Kazunori Koga (P3-17, P3-12, P3-120,

P3-21, P3-24)Friederike Kogelheide (P2-36)Masuhiro Kogoma (P3-59)Takeshi Koiwasaki (P3-86)George Kokkoris (P2-34, P3-44, P2-35)Karel Koláček (P1-83)Egemen Kolemen (O-129, O-98)Stanimir Kolev (O-57)

Atsushi Komuro (P1-13)Vighneswara Siva Santosh Kumar

Kondeti (P1-23)Hiroki Kondo (P3-4, O-124, P3-20,

P2-89)Chengdong Kong (P1-58)Kimonas Kontosis (P2-34)Jan Kopyscinski (P1-42)Sergey Korobtsev (P3-48)Uwe Kortshagen (O-25, O-24, P3-28)Martin Košiček (I-20)Igor Kossyi (P2-40)Konstantin Kostov (P2-115)Jan Köther (P2-87)Robert Kourist (I-17)Jaroslav Kousal (P2-77, O-11)Kirill Kozlov (P1-14)Jiri Kratochvil (O-77)Frantisek Krcma (P1-46)Fred Krebs (P3-126)Tereza Kretková (O-26)Marco Krewing (I-17, O-42, P3-122)Hennady Krol (P2-52)Juliusz Kruszelnicki (I-8)Vit Kudrle (O-123)Akiko Kumada (P1-13)Sheena Kumari (P1-74)Peter Kuš (O-11)Mark Kushner (P3-42, I-8)Andrey Kuznetsov (P1-115)Htet Wai Yan Kyaw (P2-119, P2-126)Ondřej Kylián (O-26, O-77)V. Kyriakou (P1-54)Kristina Lachmann (O-133, P3-54)Jan-Wilm Lackmann (O-43, O-30,

P3-122, P2-112)Deanna Lacoste (P2-31)Julie Lafontaine (P3-127)Rao Lakshminarayana (O-135, P1-85)Michael Lalk (O-43, O-30)Julien Lambert (O-126)Pierre-Olivier Langlois (P3-72, P3-46)Annamaria Lapenna (O-74)Kleines Lara (O-46)Mounir Laroussi (P1-1)Patricia Lassaux (P2-124)Jean-Jacques Lataillade (O-108)Bruno Laterza (P2-105)Romolo Laurita (O-40, P1-81, O-76,

O-101, P2-70)Christophe Laux (O-130, O-6, P1-64,

O-2, P1-68)Claudia Lazzaroni (O-7)

Alexander Lebedev (P1-30, P1-29)Thomas LECAS (O-23, P3-25, P2-85)Byungjin Lee (P1-110, P1-111)Dae Hoon Lee (P3-83, O-128, P2-62,

O-92)Hae June Lee (P3-115, P2-102, O-105,

P2-107, P2-106)Heejae Lee (P1-116)Ho-Jun Lee (P1-28)Hyun-Young Lee (P2-106, P2-107)Hyung-Kun Lee (P1-90, P3-61)Hyunyoung Lee (P2-102, O-105)Jeong Ryul Lee (P1-107)Mi Ja Lee (P3-110)Myung-Hoon Lee (P3-107)Seunghoon Lee (P3-33)Sung Hun Lee (P1-107)Sunghun Lee (P3-92)Sungjoo Lee (P3-68)Yong Hee Lee (P3-96, O-63, P3-95,

P2-20)Yun Sang Lee (P3-107)Leon Lefferts (O-94, P1-62, P1-37)Joël Lemaire (P1-112)Olivier Leroy (P1-31)Karen Leus (P3-65)Jay Levine (P1-115)Christophe Leys (O-137, O-79, I-22)Taihyeop Lho (P1-48)Di Li (O-114, O-36)Guoqiang Li (P3-60)Heping Li (P3-87, P1-18)Jing Li (P1-18, P3-87)Shangkun Li (O-90)Sirui Li (P3-1)Wanliang Li (P2-12)Wenhui Li (P3-38, P2-73)Xingwen Li (O-4, P3-14)Yan Li (P3-115)Y. Li (O-89)Zhaohan Li (O-24)Feng Liang (P3-18)Peng Liang (P2-10)Songbin Liang (P2-12)Hana Libenská (O-26)Elefterios Lidorikis (P2-35)Anna Liguori (O-76)Abraham Lin (P3-103)Guido Link (P1-114)Duvillaret Lionel (P2-53)Valeriy Lisovskiy (P2-52)Bo Liu (P1-72)Dawei Liu (P3-109)


97

Dingxin Liu (O-84)Jie Liu (P2-73, P3-38, P1-4)Jing-Lin Liu (P1-38)Libei Liu (P3-43)Pengfei Liu (P2-12)Shiyun Liu (P1-54, O-117, P1-53,

O-95)Yi-Cun Liu (P1-18)Yong-Xin Liu (O-80, O-80)Zhongwei Liu (P2-75)Juslan Lo (P2-59)Chiara Lo Porto (O-79, O-70, P2-92,

P2-91)Bruce R. Locke (P1-71)Detlef Loffhagen (P1-20, P1-19, P2-41)Antonio F. Logrieco (P2-92)Ewa Lojkowska (P2-88)Guillaume Lombardi (O-136, O-7)Uwe Lommatzsch (O-78)Savino Longo (P1-27, O-82, P1-24)Dmitry Lopaev (P1-33)Allan Lopes (P2-22)B. López-Miranda (P2-74)Agata Los (P2-91)Essylt Louarn (P1-106, P1-112)Maechler Louison (P2-37)Emma Lovell (O-104)François Loyer (O-50)Chen Lu (O-73)Stafford Luc (P2-37)Romain Lucken (P1-49)Cordaro Luigi (P2-105)Petr Lukeš (P1-71, O-32, O-87)Suk Hwal Ma (P1-116, P3-111)Xintong Ma (P3-1)Yichen Ma (P1-108, O-95)Zhenxun Ma (P1-52)Zdenko Machala (P3-128, O-87, I-5)Masayoshi Maeshima (O-69)Mitsuaki Maeyama (P1-13)M. Magarotto (P1-117)Lionel Magne (P1-106)Monica Magureanu (P1-88, P3-116)Avinash Maharaj (P1-2)Bahram Mahdavipour (P1-111)Thomas Maho (P3-121, P2-59)Nicolas Maira (P2-109)Juraj Májek (P3-8)Milton Makhofane (P3-91)Yusupov Maksudbek (O-109)Yury Malakhov (P1-14)Viktor Malanichev (P1-55)Maxim Malashin (P1-55, P1-56)

Hediyeh Malekzad (P3-55, P3-71)Antonia Mallardi (O-74)Gordana Malovic (I-13)Davide Mancini (P2-104, P2-105)Katherine Manfred (P2-7)Lorenzo Mangolini (O-91, P3-3,

O-122, O-5)Dmitry Mansfeld (P2-51, P2-11, P2-47)Agapy Mansour (P3-11)Diego Mantovani (I-14)Michele Manzini (P3-118)Xingqian Mao (P1-41)Nofel Marbahi (P2-50)Böke Marc (P2-44)Frédéric Marchal (P2-50)Lorena Marchio (O-40)Marco Mardegan (O-133)Giorgio Mari (O-76)Simeni Simeni Marien (O-99)Michael Marin (P3-31)Florian Marmuse (P2-25, P1-49)Ester Marotta (P1-117, I-18, P3-128,

O-133)Alastair Martin (P2-56)Lewis Martin (O-72)Weiss Martin (O-111)Jennifer Martin del Campo (P2-68,

P1-42)Emilio Martines (P2-104, P2-111,

P2-105)Francisco Martínez (P3-113)Luca Matteo Martini (P2-23, P2-19)Emilio Martins (P2-98)Ludvik Martinu (P3-70)Mao Marume (P3-112)Hiroki Maruyama (P3-86, O-16)Shiratani Masaharu (P3-21)Mario Masiello (O-70)Alan Maslani (P3-98)Francoise Massines (I-11)Dimitrios Mataras (P3-57, O-48)Emanuel Maťaš (P1-113)Stefan Matejcik (P3-47)Koji Matsubara (O-55)Shogo Matsumoto (O-69)Hayato Matsumura (P3-125)Yuriko Matsumura (P3-63)Tsugio Matsuura (O-16)François Maurel (O-22)Bernier Maxime (P2-64)Dmitry Medvedev (P3-48)Danhua Mei (P1-52, O-117, P1-53)Xianxiu Mei (P3-6, P3-5)

Ma. Rosario Mejia-Cuero (P2-128, P2-127)

George Memos (P2-35)Xian Meng (P3-78, P3-79, P3-79,

P3-94)Bernhard Menges (P3-36)Paolo Mengucci (P3-49)Robin Menthéour (O-87)Delphine Merche (P3-100)Frédéric Mermet (P2-82)Ali Mesbah (O-1, P1-7)Vladimir Messerle (P1-93, P1-94, O-62)Hélène Mestdagh (P1-106, P1-112)Ralf Methling (P2-41)Louis-Félix Meunier (P3-69)Alf Mews (O-45)Armelle Michau (O-22, P2-3, P1-27)Miroslav Michlicek (P3-51, P3-47)Miroslav Michlíček (O-51)Martin Mickan (P2-85)Chiara Mignogna (P2-98)Diana Mihailova (P2-8)Antonella Milella (P3-49)Richard Miles (O-129)Vianney Mille (O-7)Vandana Miller (P3-126)Milica Milutinovic (I-13)Byeong-Il Min (P3-96, P3-93)Rosica Mincheva (P2-125)T. Minea (I-21)Teofil Minea (O-33)Tiberiu Minea (P1-31)Nicolas Minesi (O-130, P1-64, P1-67)Luis Mir (O-107)Felipe Miranda (P1-69)Yuriy Mirochnik (P2-46)Boris Mislavsky (P3-31)Felix Mitschker (O-59)Fumiaki Mitsugi (P2-58)Bogdana Mitu (P3-62)Yukie Miyamaru (P3-112)Souichiro Miyamoto (P2-117)Hiroko Mizuno (O-69)Masaaki Mizuno (O-69, P2-89)Andre Mkhoyan (O-25)Mona Mobasher (P1-72)Mikhail Mochalov (P1-9)Martina Modic (O-79, O-137)Hager Mohamed (P3-126)Sebastian Mohr (P2-27)Sina Mohsenian (P2-38)Chayma Mohsni (O-17)Mariagrazia Mola (O-39)


98

Ankit Moldgy (O-88)Ricardo Molina (P1-92)Maryline Moreno-Couranjou (O-50,

P2-124)Rino Morent (P1-103, P1-105, P2-80,

P2-130, P1-92, P3-65)Antonio Moretti (O-70)Ana Sofia Morillo-Candas (I-4, P1-34,

P2-1, O-67)Makoto Moriyama (P1-8)Mikhail Morozkin (P2-51)Aelan Mosden (P3-42)Alfred Mosse (O-62, P1-94, P1-93)Javad Mostaghimi (P3-80, O-58)Rogerio P. Mota (P2-115)Agata Motyka-Pomagruk (P2-88)Sotirios Mouchtouris (P2-34)Jonathan Mougenot (O-22)Miran Mozetic (P2-71)Taiana S M Mui (P2-115)Cristina Muja (P3-121, P2-59)Benjamin Münch (P1-70)Saitong Muneekaew (P2-100)Hiroki Munekata (P3-85)Narong Mungkung (P1-98, P1-101,

P3-32)Jose Muñoz (P3-26)José Muñoz Espadero (P1-22)Marek Munzar (P2-24)Adrian Murdock (P2-81)Anthony B. Murphy (P2-81, O-13)Brayden Myers (P3-126)Hisao Nagai (P3-86)Syouta Nagaishi (P3-17, P3-24)Dassou Nagassou (P2-38)Mohamad Anas Nahil (P1-57)Laurent Nahon (P1-33)George Naidis (O-132, P1-44)Y. Nakagawa (Plenary Lecture IV)Kae Nakamura (P2-89)Keiji Nakamura (P1-8)Keitaro Nakamura (O-61, P3-77)Yoichi Nakashima (O-110)Punit Narayanappa (P1-85)Mehrnoush Narimisa (P2-80)Zahra Nasri (P1-77)Nicolas Naudé (P3-70, P2-28, P3-69)Giorgio Nava (O-91, O-5, P3-3)Alexander Navarrete (P1-114)Gaurav Nayak (P1-11, O-88)David Necas (P3-51)Gabriele Neretti (P3-128)Thomas Neubert (P3-54, O-133)

Alexander Neugebauer (P2-32)Grazia Paola Nicchia (O-39)Fagnon Nicolas (P1-76)Naudé Nicolas (P2-37)Krzysztof Niedoba (P2-61)Susumu Nikawa (O-69)Anton Nikiforov (I-22, P3-65, O-101,

O-57, P1-103, O-137, O-79)Sergey I. Nikitenko (P1-12)Daniil Nikitin (P3-13, P3-8, O-11)Masaaki Nishi (P2-117)Gaur Nishta (O-109)Bernard Nisol (P1-19)Tim Nitsche (P1-63)Bo Niu (P3-38, P2-73)Cédric Noel (P1-12, O-12)Alexandre Nomine (O-12)Tadashi Nonaka (P3-43, P3-23)Antoine Nonclerq (P3-100)Estefania Noriega Fernandez (P1-89)Tatiana Novikova (P2-33)Tomohiro Nozaki (O-103)Shota Nunomura (O-55)Conchi O. Ania (P3-26)Jens Oberrath (P1-111)Nikita Obraztsov (P3-97)Adam Obrusnik (O-68)Christian Oehr (P2-113)Atsushi Ogata (P2-43)P. Ogloblina (I-4)Polina Ogloblina (P2-52, P1-34)Leslie Ogorzaly (P2-124)Hoonjung Oh (P3-68)Jeong-Hwan Oh (O-63, P3-95, P3-96)Jun-Seok Oh (P2-95, O-71)Hiromasa Ohmi (O-8)Ryoshi Ohta (O-14)Takayuki Ohta (P2-123, O-71)Akitoshi Okino (P3-63)Efim Oks (P2-49)Takafumi Okuma (P3-86)M. Guadalupe Olayo-González (P2-127,

P2-128, P3-64)Trey Oldham (O-86)Sasha Omanovic (O-119, P3-45)Kazuki Onda (P3-77, O-61)Qin Ong (O-33, P1-32, I-21)Ryo Ono (P1-13)Toshisato Ono (P3-28)Iuliia Onyshchenko (P2-80)Jaime Orejas (P2-60)Inna Orel (O-3, O-100)Jean-Maxime Orlac’H (P2-33)

Vanessa Orozco (P3-25)Thomas Orriere (P2-31)Sidney T. Ortiz (P1-97, P2-90)Ruslan Osmayev (P2-52)Kostya (Ken) Ostrikov (P2-81)Yoko Otsubo (P3-120)Taishu Oyama (O-124)Eider Oyarzabal (P2-74)Alp Ozkan (P3-100)Joel Pacheco (P3-113)Marquidia Pacheco (P1-104, P3-113)Joel Pacheco-Sotelo (P1-104)David Pai (P2-31)Pedro William Paiva Moreira Júnior

(P1-6)Elmira Pajootan (O-119, P3-45)J. Cuauhtémoc Palacios-González

(P2-128, P2-127, P3-64)Gerardo Palazzo (O-74)Fabio Palumbo (P2-91, P2-83, P2-92,

O-79, P3-10, O-70)Shuhui Pan (P3-109)Wenxia Pan (P3-79, P3-94)A. Pandiyan (P1-54)Matjaz Panjan (P1-111)Pavel Pankratiev (P3-39)Peter Papp (P3-47)Cristina Paradisi (P3-128, P1-117)Choon-Sang Park (P3-61, P1-90)Dong-Wha Park (P1-109, P3-16,

P1-110)Hunkwan Park (P3-92, O-13)Hyunjae Park (P1-48)Jeongyeon Park (O-105)Jin-Su Park (P3-29, P3-30)Kwang Ha Park (P3-108)Sujin Park (P1-110)Yeunsoo Park (P3-124)George Paskalov (P1-94, P1-93, O-62)Stéphane Pasquiers (P1-106, P1-112)H.C. Patel (P1-54)Alessandro Patelli (P3-54, O-133)Cédric Pattyn (P2-109)Brunet Paul (I-11)D. Pavarin (P1-117)Sergey K Pavlov (P3-5)Joanna Pawlat (P2-114)Floran Peeters (O-56, P1-35)Xuekai Pei (O-1, P2-45, O-112)Stéphane Pellerin (P1-65, O-102)Lucile Pentecoste (O-23)Anna Myriam Perrone (O-40)Alberto Perrotta (O-47)


99

Larry Pershin (P3-80)Benjamin Peterson (O-49)Tiziana Petrachi (O-76)Gilberto Petraconi (P1-69)Zoran Lj. Petrovic (I-13)Ekaterina Petrunina (P1-30)Elena Petrunina (P1-29)Andrei Petrusev (P1-30)Rachel Pflieger (P1-12)Guitienne Philippe (P2-42)Charlot Philips (P2-130)Tardiveau Pierre (O-139)Julian Pilz (O-47)Vadim Pinaev (P2-66)Mikhail Pinchuk (P1-21)Alma Pineda (O-120)Carlos Pintassilgo (O-20, O-20)Rogério Pinto Mota (P1-6)Jean-Jacques Pireaux (O-28)Pavel Pleskunov (O-11, P3-8)Georgiy Podporkin (P2-26)Pawel Pohl (P3-106, P2-88)Valentin Pohoata (P1-84)Georgy Pokrovskiy (P1-40)Miroslav Polasek (P2-22)Kateřina Polášková (P3-53)Dimitrios Politakis (P2-34)Oleksandr Polonskyi (P3-13, O-121)Fabienne Poncin-Epaillard (P2-79,

P2-82, P2-76, P3-11, P2-86)Anton Popelka (P2-84)Mikhail Popov (P1-25)Nikolay Popov (O-21, O-100)Viktor Popov (P3-97)Anna Maria Porcelli (O-40)Letizia Porcelli (O-39)Boris Potapkin (P1-29, P1-30, P3-48)Jean-Michel Pouvesle (P1-68, O-107,

P2-70, P3-104, Plenary Lecture II)Leena Prabhu (P1-89)Patrick Preissing (P2-36)Angela Privat Maldonado (O-41)Jacopo Profili (P2-28, P2-37, P3-58,

O-116, P1-74, P3-70, P3-69, P1-87)Václav Prukner (P1-78, P2-48)Vadym Prysiazhnyi (O-77)Yi-Kang Pu (Plenary Lecture V)Nevena Puac (I-13)Jianbing Qiang (P3-6)Yan Qiu (O-4)Roberto Quintana (P2-124)Ji Eun Ra (P3-110)Alexander Rabinovich (P1-95)

Diana Račková (P1-102)Razvan Radulescu (P3-62)Yevgeny Raitses (O-15, O-120)Bharathi Raja (P1-60)Tatyana Rakhimova (P1-33)Tlekkabul Ramazanov (P2-29, P3-123)Rosario Ramírez-segundo (P2-127,

P3-64, P2-128)Deresh Ramjugernath (P1-2, P1-74)Fidel Ramos-Flores (P1-104, P3-113)Pietro Ranieri (P3-126)Jean-Marie Raquez (P2-125)Srinivasan Rasipuram (P1-115)Mehdi Ravandeh (P1-77)Nolann Ravinet (P1-68)Debjyoti Ray (P1-43)Fany Reffuveille (P2-125)Gennady E Remnev (P3-5)Antoine Remy (P2-109)Bazinette Remy (I-11)Jacquier Remy (P2-42)François Reniers (O-28, P2-109, P3-100)Julie Renner (O-93)Vitalii Rerich (P1-30)Elisa Resca (O-76)Agnello Riccardo (P2-42)A.C. Ricchiuto (P3-128)Marco Ridenti (P1-10)Loick Ridou (P3-104)Tim Righart (O-56, P1-35)Rocío Rincón (P3-26)Rocío Rincón Liévana (P1-22)Ophélie Riou (P2-125)Grant Ritchie (P2-7)Eric Robert (P1-68, O-31, O-102,

O-107, P2-70, P3-104, Plenary Lecture II)

Graillot-Vuillecot Robin (O-10)Pere Roca i Cabarrocas (P2-33)Cornelia Rodenburg (P2-77)Antonio Rodero (P1-80)Magnan Romain (I-11)Claire Romanzin (P2-22)Cathy Rond (P1-75, P1-76, P1-86)Vincent Roucoules (P3-66)Antoine Rousseau (P1-72, O-108)Aric Rousso (O-129, P1-41, O-98)Kevin Rouwenhorst (P1-62)Anirban Roy (P3-8)Charlotte Ruhmlieb (O-45)Patrick Rupper (O-75)Artem Ryabov (P3-8)Nader Sadeghi (P1-11, O-138)

Thibault Sadek (P2-63)Dulen Saikia (P3-40)Florent P. Sainct (O-138)Hitoshi Sakakibara (O-69)Isao Sakata (O-55)Kenta Sakata (O-103)Salavat Sakhapov (P2-66)Naoki Sakura (P3-88)Sophia Salazar (P3-90)M. Saleem (P1-117)Mohammad Salehi (P1-51)Christopher Sales (P1-97, P2-90)Kasri Salima (O-7)Mikhail Salnikov (P2-66)Raynard Sanito (P1-96)R. Mohan Sankaran (O-93)Brucker Sara (O-111)Antonio Saraiva (P1-69)Ramanujam Sarathi (P1-60)Eloisa Sardella (O-39, P3-10)Andranik Sarkissian (P3-58, O-116)Trinayan Sarmah (P3-40)Shota Sasaki (O-44, P2-110)Yusuke Sasaki (P3-24, P3-17)Takehiko Sato (P2-110)Susumu Satoh (O-106, P2-117)Veronica Satulu (P3-62)Thierry Sauvage (P2-85)Alexei Saveliev (P1-115)Laura Scantamburlo (P3-128)Jan Schäfer (P2-77, P1-19)David Schaubroeck (P3-65)Jiří Schimdt (P1-78, P1-79)Milko Schiorlin (O-115)Friedrich Schlüter (P3-54)Clara Schmedt (P1-114)Michael Schmidt (O-115)Thomas Schmitt (P3-70)Chris Schoutrop (P2-5)S. Schroter (P2-57)Britta Schubert (O-42)Jeff Schulpen (O-101)Volker Schulz-von der Gathen (Plenary

Lecture I, P2-44, P2-36)Joseph Schwan (P3-3)Paolo Scopece (P3-54, O-133)Mario Scotoni (P2-23)Jason Scott (O-104)Thomas Sébastien (P1-106)Jasreen Sekhon (P2-90)Makoto Sekine (P2-89, P3-4, P3-20)Dong Han Seo (P2-81)Jeong Hyun Seo (P3-61, P1-90)


100

Kwon-Sang Seo (P1-28)Woo Duck Seo (P3-110)Lucrezia Sergio (P2-92)Anton Serov (P3-98)Mahamadou Seydou (O-22)Kerstin Sgonina (P1-82)Muhammad Shaban (O-84)Christopher J. Shaffer (P2-22)Yasmine Sharaf (P1-72)Rakesh Kumar Sharma (P1-54)M. D. Shaw (P2-57)Sergey Shcherbanev (O-131)Artem Shelemin (O-11, P3-8)Zhenxing Shen (P1-105)Zunrong Sheng (O-103)Huantong Shi (P3-14, O-4)Ziyu Shi (P2-120, P3-117)Masaya Shigeta (I-10)Kazuo Shimizu (P1-84)Kotaro Shimizu (O-61, P3-77)Sho Shimizu (P2-21)Bhum Jae Shin (P3-61, P1-90)Dong Hun Shin (P1-107)Tatsuru Shirafuji (I-16)N. Shirai (Plenary Lecture IV)Masaharu Shiratani (I-3, P3-24, P3-12)Anand M Shivapuji (O-135, P1-85)Kamran Shojaei (O-5)Babak Shokri (P1-51)Li Shou-Zhe (O-99)Zhan Shu (P2-12)Alexander Sidorov (P2-51)Jakub Siegel (P3-35)Markus Sifft (P2-44)T. Silva (I-4)Tiago Silva (P2-2, P2-1)Benoit Simard (P3-41)Milan Šimek (P2-48, P1-71, P1-79,

P1-78)Marien Simeni Simeni (I-1)Emanuele Simoncelli (O-101, P2-69,

P3-118)Leanid Simonchik (P1-21, P2-108)Sergey Sintsov (P2-47, P2-51, P2-11)Lucel Sirghi (P3-52, P1-85)Nicolas Sisourat (P1-49)Morten Sivertsvik (P1-89)Anton Skomorokhov (P3-48)Nikola Skoro (I-13)Wojciech Skrzeczanowski (O-134)Wojciech Sledz (P2-88)Alexander Smirnov (P3-39)Evelien Smits (O-41, P3-103)

Athanasios Smyrnakis (P3-44)Miroslav Snirer (O-123)Ramses Snoeckx (O-127)Rony Snyders (P1-16, I-9)Ana Sobota (P1-36)Marina Sokolova (P1-14)Sergey Soldatov (P1-114)Alexey Soloviev (P3-31)Stefania Somma (O-70)Hirotaka Sone (P3-19)Izumi Sone (P1-89)Jong Seok Song (P3-110)Kiwon Song Song (P3-115, O-105)Mi-Young Song (P3-124)Yeon Suk Song (P3-108)Young-Hoon Song (O-92, O-128)Yuan-Hong Song (P1-15, P3-37, P3-2)Richard Sonnenfeld (P3-90)Benjamin Sorgmann (O-47)Manon Soulier (P2-59)Ana Filipa Sovelas da Silva (O-67)Kosta Spasic (P2-116)Petr Špatenka (P3-53)Ivana Sremački (P1-17, O-137)G. Sretenovic (P1-117)Divesh Narayan Srivastava (P3-40)David Staack (O-85, P3-56)Luc Stafford (P3-58, P2-63, P3-70,

O-116, P3-69, P2-28)Augusto Stancampiano (P2-69,

P3-118, O-107)Gabi-Daniel Stancu (P1-31, O-6,

O-130, P1-67, O-2, P1-64)Katharina Stapelmann (P3-126)Svetlana Starikovskaia (P1-50, O-100,

O-131, O-3, O-132)Andrey Starikovskiy (P1-25, O-81)A.v.d. Steeg (I-21)Nicola Stehling (P2-77)Vitaliy Stelmashuk (P1-83)Andrei Stepanov (P1-30)Olga Stepanova (P1-21)Sergey Stepanyan (P1-67, P1-64, O-130)Konstantinidis Stephanos (O-10)Christoph Stewig (P2-4)Vitezslav Stranak (O-77)Jaroslav Štraus (P1-83)Christian Strelow (O-45)Dmitry Subbotin (P3-97)Ch. Subrahmanyam (P1-43)Ludovic Sudrie (P2-60)Yuma Suenaga (P3-63)Shiori Sueyasu (P3-77, O-61)

Satoshi Sugimoto (P3-51)Song-Moon Suh (P3-28)Gennady Sukhinin (P2-66)Pavla Šuláková (P3-35)Daye Sun (P3-9)Jintao Sun (P1-61)Su-Rong Sun (P3-82, P3-84)Hong Sung-Ha (O-109)Starikovskaia Svetlana (O-35)Václav Švorčík (P3-35)Prasanna Swaminathan (O-22, P2-3,

O-136, P1-27)Iseni Sylvain (P2-53)Francisco Tabares (P2-74)Malek Tabbal (O-12)Heung-Sik Tae (P3-61, P1-90)David Tafalla (P2-74)Renata Tafiichuk (P3-8)Hiroki Takagi (P3-63)Kenta Takagi (P3-7)Kazuo Takahashi (P3-59)Masaoki Takano (P3-59)Keisuke Takashima (Plenary Lecture V,

P2-110, O-44)Seigo Takashima (P2-21)Keigo Takeda (P2-21, O-124)Nozomi Takeuchi (P2-43)Alexandre Tallaire (O-7)Laura Tammè (P2-98)Francesco Tampieri (O-133, P3-128)Akihiro Tanaka (O-14)Hiromasa Tanaka (O-69, P2-89)Kazuma Tanaka (P3-24, P3-21, P3-17)Kunihito Tanaka (P3-59)Manabu Tanaka (P3-85, O-16, P3-19,

P3-88, P3-86, P3-43, P3-23)Rei Tanaka (O-8)Yasunori Tanaka (O-61, O-18, P3-77)Tianyu Tang (P3-115)Yong Tang (I-1)Atsushi Tani (O-110)Yuta Tanoue (P3-43)Maria Taplick (O-45)Barbora Tarabová (O-87, P3-128, I-5)Pierre Tardiveau (O-35)Kosuke Tashiro (P3-114)Chng Tat-Loon (O-35)Jan ten Thije Boonkkamp (P2-5)Jonathan Tennyson (P2-27)Sabina Teodoroff-Onesim (P1-84,

P3-52)Yoshiyuki Teramoto (P2-43)Dominik Terefinko (P2-88)


101

L. Terraz (I-4)Holger Testrich (P2-129)Jannis Teunissen (P2-15)Laurent Thérèse (P3-121, P2-60)Dufour Thierry (P3-102)Elijah Thimsen (O-86)Anne-Lise Thomann (P2-85, O-23)Constance Thomas (P3-66)Michael Thomas (P3-54, P2-87)Wenzel Thomas (O-111)Max Thulliez (P3-100)Stefan Tinck (O-41)Brijesh Tiwari (P2-91)Fumiyoshi Tochikubo (Plenary

Lecture IV)Satoe Tohno (O-69)Jozef Toman (O-123)G. Tomei (P1-117)Riccardo Tonini (P3-118)Paolo Tosi (P2-19, P2-23, P2-22)Shinya Toyokuni (P2-89)Mahmoud Trad (O-12)Hien Tran (P2-76)Tom Trautvetter (P2-41)Annalisa Treglia (P2-83)Juan Pablo Trelles (P3-75, I-2, P2-38,

P2-10)Georgi Trenchev (O-57, P2-68)Duncan Trosan (P3-126)M.N. Tsampas (P1-54)Takayoshi Tsutsumi (P2-89, P3-20)Xin Tu (O-113, O-66, P1-100, P1-53,

O-95, P1-108, P1-52, O-117)Daniel Turgeon (P3-34)Volodymyr Tymoshuk (P2-46)S. Uchida (Plenary Lecture IV)Yoshihiko Uesugi (O-18, O-61, P3-77)Dirk Uhrlandt (P1-20)Miriam Unger (P3-8)Theresa Urbanietz (P2-4)Yerbolat Ussenov (P3-123)Alexander Ustimenko (O-62, P1-94,

P1-93)Raphael Utz (P2-113)Jana Vaclova (O-77)Navid Vafaei (P1-51)Mette Risa Vaka (P1-89)Ricardo Valdivia-Barrientos (P2-127,

P2-128, P1-104, P3-113, P3-64)Azadeh Valinataj Omran (P3-119,

P3-104)Senne Van Alphen (O-34)

Richard van de Sanden (P1-32, O-56, I-7, P1-35, P1-55, I-21)

Alex van de Steeg (O-96, O-33, O-67, P1-35)

Dirk van den Bekerom (O-33, O-34, P1-32, I-21)

Jonas Van der Paal (P1-91, O-109, O-41)Pascal Van Der Voort (P3-65)Jan van Dijk (P2-8, P2-5)Gerard van Rooij (P1-35, I-21, P1-32,

O-34, O-67, O-96, O-33)Michael Vasiliev (P2-126, P2-119)Tatiana Vasilieva (P2-126, P2-119)Simon Vecten (P2-56)Savita K.P. Veerapandian (P1-105)Arlette Vega González (P1-75, P1-76,

P1-86)Jocelyn Veilleux (O-54)Vlad Vekselman (O-15)Josimar Vences-Reynoso (P1-104)Louis Verdonckt (P2-130) Marcel A. Verheijen (I-10)Claudia Verheyen (P2-2)Christof Verlackt (O-41)Vincent Vermeiren (O-34)Elena Veronesi (O-76)Valeria Veronico (O-39)Elise Vervloessem (O-83, P1-47)Alenka Vesel (P2-71)Luca Vialetto (P1-24)Pedro Viegas (O-82)Mikhail Viktorov (P2-47, P2-51)Andrey Vinogradov (P3-39)Ravikrishnan Vinu (P1-60)Alexander Vodopyanov (P2-47, P2-51,

P2-11)Vadim Voevodin (P1-14)Achim von Keudell (P3-50, Plenary

Lecture I, P2-4)Philipp Rudolf von Roh (P2-42)Thomas von Woedtke (P2-112, P1-77,

O-43, O-30)Vasiliki Eleftheria Vrakatseli (O-48,

P3-57)Tomislava Vukušic (I-5)Julien Vulliet (P2-85)Przemyslaw Wachulak (O-134)James Leon Walsh (I-22, P1-89)Robert J. Wandell (P1-71)Changgong Wang (P3-28)Dan Wang (P1-4)Dezhen Wang (P2-14)Hai-Xing Wang (P3-82, P3-84)Huihui Wang (P1-71)

Jinqi Wang (P2-12)Kunpeng Wang (O-85)Lei Wang (O-79, O-137)Lijun Wang (P3-38, P2-73, P1-4)Meng-Jiy Wang (P2-122, P2-100)Mingmei Wang (P3-42)Quansheng Wang (O-54)Rui Wang (P1-4)Sui Wang (O-84)Wei-zong Wang (P3-76, O-57)Xifeng Wang (P3-42)Yanhui Wang (P2-17, P2-14)Yaolin Wang (O-113, P1-100)You-Nian Wang (P3-37, P1-15)Younan Wang (P3-5)YouNian Wang (P3-2, P3-6)Zhengduo Wang (P2-75)Maxime Wartel (O-102, P1-65)Alexandra Waskow (P2-97)Shu Watanabe (P3-77, O-61)Takayuki Watanabe (P3-85, P3-43,

P3-23, O-16, P3-19, P3-86, P3-88)Yoshiki Watanabe (O-103)Sean Watson (P1-19)Lukasz Wegrzynski (O-134)Kim Weisgerber (P3-122)Martin Weiss (P2-113)Klaus-Dieter Weltmann (O-43,

P2-129, P2-112)S. Welzel (P1-55)Kristian Wende (O-43, P2-112, O-30,

P1-78)Sebastian Wenske (P2-112, O-43)Michael R. Wertheimer (P1-19)Michael Wilkinson (P2-56)Paul T. Williams (P1-57)Van Boxem Wilma (P1-91)Stefan Wilski (O-46)Bram Wolf (P1-35, O-56)Annalena Wolff (P2-81)Breilmann Wolfgang (Plenary Lecture I)Philip Wong (P3-127)Austin Woodard (O-5, O-91)Jian Wu (P3-14, O-4)Runhui Wu (P2-55)Shuqun Wu (O-129, O-98)Junting Xiang (O-13)Lin Xiong (P2-12)Qing Xiong (P2-12)Zilan Xiong (O-73)Han Xu (O-84)Shaojun Xu (O-37)Kyotaro Yamamoto (P3-114)


Kentaro Yamano (P3-23, P3-19)Akira Yamashita (P3-120)Daisuke Yamashita (P3-21)Yoshio Yamashita (P3-112)Chao Yan (P1-4)Maho Yanagisawa (O-44)Dingge Yang (P2-73, P3-38)Geon Woo Yang (P1-116, P1-107)Haiping Yang (P1-100)Jun-Yeong Yang (P3-33)Junchun Yang (P2-90, P1-97)Lizhen Yang (P2-75, P3-74, P3-67)Marie Yang (P2-129)Wei Yang (O-19)Yong Yang (P1-53, P1-52, P1-99)Yi Ci Yao (P3-105)Kiyoshi Yasutake (O-8)Shurik Yatom (O-120)Abdulkadir Yayci (I-17)Zaw Ye Myint (P2-126, P2-119)Yanhui Yi (O-90)Takashi Yokoyama (O-110)Yeon Woo Yoo (P3-92)Masaki Yoshida (P3-88)Shuhei Yoshida (P3-23)

Nobuhisa Yoshikawa (P2-89)Shinji Yoshimura (P3-120)Mohammed Yousfi (P2-101)Han Yu (O-4)Fangli Yuan (P3-74)Genki Yuasa (O-69)Toshifumi Yuji (P1-101)Tetsuya Yukimoto (O-18)Se Eun Yun (P3-108)Roberto Yzumi Honda (P1-6)Jan Zabka (P2-22)Hajar Zaidaoui (O-102, P1-65)Lenka Zajíčková (O-51, P3-53, P3-51,

P3-47)Yuri Zambon (P1-81)Barbara Zaniol (P2-105, P2-104,

P2-98, O-133)Rok Zaplotnik (P1-111, P2-71)Janez Zavašnik (I-20)Aleksey Zenin (P2-49)Veysel Zeren (P3-54)Haitao Zhang (P3-67)Da Zhang (P3-18)Haibao Zhang (P3-74, P3-67)Haibo Zhang (P2-75)Jiao Zhang (P2-17, P2-14)

Jing Zhang (O-27)Qi Zhang (P3-5)Qinglin Zhang (P3-80)S. Zhang (O-89)SiYuan Zhang (O-9)Tinghui Zhang (P2-33)Xiannan Zhang (P3-5)Xiaonan Zhang (P3-6)Zhi Zhang (O-4)Zixing Zhang (P2-75)Jianping Zhao (O-64)Shuo Zheng (P1-61)Yashuang Zheng (P2-73, P3-38)Qianhong Zhou (O-19)Xian Zhou (P3-94)Ai-Min Zhu (P1-38)AiMin Zhu (O-9)Tao Zhu (P3-84, P3-82)Dana Ziuzina (P2-91)Suzana Zivkovic (I-13)Matteo Zuin (P2-98, P2-104)Zhili Zuo (P3-28)Sergey Zyryanov (P1-33)


gambetti.itgambetti.it

Plasma Tucano 2

• Tucano is a bench-top plasma system, designed for surface cleaning, modification and activation.

• It can operate on different materials such as metals, plastic, ceramic, paper and others.

• The user friendly graphical interface combined with the efficient 200W 13,56 MHz RF system makes the Tucano an easy and versatile solution for small productions or R&D environments.

For more informations www.plasmi.eu

Proud to support ISPC 24

With approximately 500 global patents, Hypertherm dedicates more resources to plasma cutting research, development, and testing than any other manufacturer in the world. We have always taken a leadership role, and innovation remains a cornerstone of our business.

From the introduction of a water injection process responsible for launching today’s plasma cutting industry to the introduction of the world’s first HyDefinition®, and now X-Definition™, plasma systems, Hypertherm engineers are always reshaping people’s perceptions of plasma.

Learn more at www.hypertherm.com

gambetti.itgambetti.it

Plasma Tucano 2

• Tucano is a bench-top plasma system, designed for surface cleaning, modification and activation.

• It can operate on different materials such as metals, plastic, ceramic, paper and others.

• The user friendly graphical interface combined with the efficient 200W 13,56 MHz RF system makes the Tucano an easy and versatile solution for small productions or R&D environments.

For more informations www.plasmi.eu

Stylus Plasma Noble

This equipment is part of the FAST project that has received funding from the European Union’s Horizon 2020 research and innovation programme under the grant agreement no. 685825

o  16kHz - 27MHz coupled power supplies system

o  Double DBD design

o  Patented

Cultural Heritage

BioMed

Manufacturing

More details on Stylus Plasma Noble at ISPC24 o  Friday morning 9.30 - Alessandro Patelli (Universitiy of Padova): “A novel plasma jet with RF and HF coupled electrodes” O-133 (2)

ID-109

o  Poster session 3 - Thomas Neubert (Fraunhofer IST): “Influence of the substrate temperature on the layer properties made by an atmospheric plasma jet using different precursors” P3-54ID-373

Surface process

Temperature < 40°C

No poisoning from electrodes

Cleaning and activation

•  Carboxylic

•  Aminic

•  Epoxydic

•  Many others

•  Ceramic

•  Siloxane based

•  Pure organic

•  PMMA, PPy, PLA, …

DEPOSITION OF COATINGS AND FUNCTIONAL LAYERS

www.nadir-tech.it [email protected] Venice, ITALY

107

HoW To MoVE ARoUnD in nAPLESMETRoThe most convenient way to move around in Naples is the metro. Naples is served by three metro lines (line 1, 2 and 6), which cover the main touristic spots as well as other important districts.Tickets: 90minutesticket:€1,60/Dailyticket:€4,50Tickets can be purchased at tobacco shops and newsagents.

TAXi SERViCETaxi Service in Naples is a public service. The City Government has fixed a blocked rate from Airport Napoli Capodichino to City Center (Euro 21,00) and from Train Station to City Center (Euro 13,00).So be careful about any offer by not public service. To call a taxi, dial one of the following numbers:Radiotaxi Napoli: +39 081 88 88 / Radio Partenope: +39 081 01 01

ALiBUSFrom AIRPORT to STAZIONE MARITTIMA 06:00 - 06:20 - 06:40 - 07:00 - 07:15 - 07:35 - 07:55 - 08:15 - 08:35 - 08:50 - 09:00 - 09:15 - 09:30 - 09:45 - 10:00 - 10:15 - 10:30 - 10:45 - 11:00 - 11:15 - 11:30 - 11:45 - 11:55 - 12:05 - 12:15 - 12:25 - 12:35 - 12:50 - 13:05 - 13:15 - 13:25 - 13:35 - 13:45 - 13:55 - 14:10 - 14:25 - 14:35 - 14:50 - 15:00 - 15:15 - 15:30 - 15:40 - 15:50 - 16:00 - 16:10 - 16:20 - 16:30 - 16:40 - 16:55 - 17:05 - 17:20 - 17:30 - 17:40 - 17:55 - 18:10 - 18:30 - 18:40 - 18:55 - 19:10 - 19:25 - 19:45 - 20:00 - 20:10 - 20:20 - 20:30 - 20:50 - 21:15 - 21:40 - 21:55 - 22:15 - 22:40 - 23:00 - 23:20

From STAZIONE MARITTIMA to AIRPORT05:30 - 05:50 - 06:05 - 06:25 - 06:40 - 06:55 - 07:15 - 07:35 - 07:55 - 08:15 - 08:40 - 09:00 - 09:15 - 09:30 - 09:45 - 10:00 - 10:15 - 10:30 - 10:45 - 11:00 - 11:15 - 11:30 - 11:40 - 11:55 - 12:10 - 12:25 - 12:35 - 12:45 - 12:55 - 13:05 - 13:15 - 13:30 - 13:45 - 13:55 - 14:05 - 14:15 - 14:30 - 14:41 - 14:55 - 15:05 - 15:15 - 15:30 - 15:40 - 15:51 - 16:06 - 16:15 - 16:25 - 16:40 - 16:50 - 17:00 - 17:10 - 17:25 - 17:40 - 17:50 - 18:10 - 18:25 - 18:35 - 18:45 - 19:05 - 19:15 - 19:30 - 19:45 - 20:00 - 20:15 - 20:30 - 20:40 - 21:05 - 21:20 - 21:45 - 22:10 - 22:25 - 22:45The Alibus: Ticket Unico Alibus allows only one journey on the shuttle Alibus, on the route Stazione Marittima - Central Train Station - Naples International Airport, and the use of all means of transport of the Companies participating in the UNICOCAMPANIA consortium within Naples urban area. The ticket is valid for 90 minutes fromthefirstvalidation.Ticketscost€5,00atauthorizedretailersandonboard

inTERnATionAL CALL / TiPS / EMERGEnCY PHonE nUMBERSInternational dialing code in Italy is +39 (Area code). Please omit (0) when dialing from overseas.Tip is not a mandatory practice in Italy, but it is very appreciated in Restaurants and Hotels.Medical Emergency: 118 / Emergencies for Fire: 115 / Police: 112-113

USEFUL nUMBERSAirport Customer service: +39 081 7896259Organizing Secretariat on site - Avenue media: +39 348 2487176

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Via Riva Reno 61 - 40122 Bologna - ItalyTel. +39 051 6564300 - Fax +39 051 [email protected]•www.avenuemedia.eu

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