日本化学会第89春季年会（2009）プログラム & chemical industry vol.62-3 march 2009...
TRANSCRIPT
-
307CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
21 3 27 30 7-24-1 3 27
3 28 3 29 3 30
308 310 312/ 313 319 323 332
423
1 3 27 128 2 A1M2 2P S1 SF B#
2 A 1 10 7 2 1 B C 120 15 4 1 D 1 30 25 4 1 C D
3 4 5 PC PC
89 2009
010203040506070809101112
9 : 009 : 109 : 209 : 309 : 409 : 50
10 : 0010 : 1010 : 2010 : 3010 : 4010 : 50
131415161718192021222324
11 : 0011 : 1011 : 2011 : 3011 : 4011 : 5012 : 0012 : 1012 : 2012 : 3012 : 40 12 : 50
252627282930313233343536
13 : 0013 : 1013 : 2013 : 3013 : 4013 : 5014 : 0014 : 1014 : 2014 : 3014 : 4014 : 50
373839404142434445464748
15 : 0015 : 1015 : 2015 : 3015 : 4015 : 5016 : 0016 : 1016 : 2016 : 3016 : 4016 : 50
495051525354555657585960
17 : 0017 : 1017 : 2017 : 3017 : 4017 : 5018 : 0018 : 1018 : 2018 : 3018 : 4018 : 50
-
308 Vol.62-3 March 2009
-
309CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
-
310 Vol.62-3 March 2009
327() 327() 328() 328()
S1
S2
-
A1/S3
A2/S4
A3/S5
A4
B1/S6
B2/S7
B3
B4
B5
B6/SF
B7
B8
-
-
C1/S8
C2/S9
-
D1
D2
D3
-
E1
E2
E3
-
E4
E5
E6
E7
F1
F2
F3
-
F4
F5
G1
G2
G3
G4
G5
G6
H1
H2/SA
H3
H4/SB
H5/SC
H6
J1
J2
J3
J4/SD
J5
J6
K1
K2
K3
K4
L1
L2
L3
M1
M2
-
SE
P
-
327() 327() 328() 328()
89
-
311CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
(2009)
329() 329() 330() 330()
S1
S2
A1/S3
A2/S4
A3/S5
A4
B1/S6
B2/S7
B3
B4
B5
B6/SF
B7
B8
-
-
C1/S8
C2/S9
-
D1
D2
D3
-
E1
E2
E3
-
E4
E5
E6
E7
F1
F2
F3
-
F4
F5
G1
G2
G3
G4
G5
G6
H1
H2/SA
H3
H4/SB
H5/SC
H6
J1
J2
J3
J4/SD
J5
J6
K1
K2
K3
K4
L1
L2
L3
M1
M2
-
SE
P
-
329() 329() 330() 330()
-
312 Vol.62-3 March 2009
892009 p.313 p.318 893 13/ DVD-ROM
DVD-ROM
14,500 1 9,500 5,500 2 3,500 6,500 3 6,500 ATP 14,500 ATP 7,500 25,500 4 2,000
1 60 2 3 134
DVD-ROM
5,000 5,000 DVD-ROM 10,000 4,000 2,000
892009
http://csj.jp/i/
QRWeb
OFF
-
313CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
62
3 28 S1 13 1325 13:40-14:10 1
21 14:20-15:20 62 15:30-16:3016:45-17:45Orchestra Chimica 125
3 28 18:00 20:00 4,000 2,000
3 27 29 10:00 17:002 2RSC PUBLISHINGIDXWavefunction,Inc.NPG HPCCRC PRESS LLCWDB UNICO
3 27 3 28
30
3 27 3 28 13:30 10:30 14:00 11:00 14:30 11:30 15:00 13:00 15:30 ADEKA 13:30 16:00 14:00 16:30 14:30
15:00 15:30 16:00 ADEKA16:30
033292-6163FAX033292-6318E-mail: [email protected]
ATP
3 27 13:00-14:00S1 13 1325
89
45 http://www.csj.jp/nenkai/2 2 ATP ATP
3 27 SC 11 1122
in vitro in vivo
-
314 Vol.62-3 March 2009
14:00-14:1014:10-14:30 214:30-14:5014:50-15:1015:10-15:3015:30-15:5015:50-16:1016:10-16:30P45016:30-16:5016:50-17:10
3 27 SD 11 1141
pp 3
15:00-15:1015:10-15:25 p15:25-15:40p15:40-15:55 p15:55-16:10 p16:10-16:25p16:25-16:40 p16:40-16:55 p16:55-17:10 p17:10-17:25p17:25-17:40p17:40-17:55 p17:55-18:10
3 27 1330-1730SB 11 1121
1133021345 31430 4. 1500WLB 0 WLB 516106 1720 101-8307 1-5033292-6161FAX033292-6318E-mail: [email protected] 1800-1930
5
3 27 13:00-17:10S9 7 741
-
315CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
13:00-13:20
13:20-14:10
14:10-15:00NHK
15:15-16:05
16:05-17:00
17:00-17:10
1,000 FAXE-mailHP033292-6163FAX033292-6318E-mail: [email protected]
3 27 13:00-17:00S8 7 734
12NEDO320504567
FAXE-mailHP033292-6163FAX033292-6318E-mail: [email protected]
Wiley-Blackwell3 28 11:00-12:00SF 14 1442 Molecular Foundations of Surface Chemistry and Catalytic Selectivity by MetalsDept. of Chem., Univ. of California, BerkeleyProf. Gabor A. Somorjai033292-6163FAX033292-6318E-mail: [email protected]
3 28 10:00-12:00SB 11 1121 1 : 2 : 033292-6163FAX033292-6318E-mail: [email protected]
89 2009 3 28 3 28 13:30-17:10SE 13:30-14:20NHK
14:20-15:00 //
15:10-15:50
15:50-16:3016:30-17:10
3 29 10:30-11:30S1 13 1325 1Global Challenges: Chemical Challenges and OpportunitiesPresident of The Royal Society of ChemistryProf. C. David Garner
-
316 Vol.62-3 March 2009
2Chemistry, Energy and Climate ChangeChief Executive of The Royal Society of ChemistryRichard Pike033292-6163FAX033292-6318E-mail: [email protected]
JCII3 29 13:00-17:50S3 14 1421
2007 88 89
13:00-13:3013:30-14:0014:10-16:4016:40-16:5016:50-17:50FAXE-mail 101-8307 1-5033292-6163FAX033292-6318E-mail: [email protected]
2009
3 29 13:30-17:00S7 14 1432
13:30-13:45 13:45-14:15
14:15-14:45
14:55-15:25
15:25-15:55CSR
16:00-17:00
1,000 100 3/29 FAXE-mail [email protected] 13 101-8307 1-5033292-6163FAX033292-6318E-mail: [email protected] 3 21 3 30 2http://www.csj.jp/es/
Sustainablity TechnologyST
3 29 13:00-16:40S6 14 1431
Sustainablity TechnologySTSustainablity TechnologyST Sustainable TechnologyST
13:00-13:05
-
317CHEMISTRY & CHEMICAL INDUSTRY Vol.62-3 March 2009
13:05-13:15
13:15-13:40
13:40-14:0514:05-14:4014:40-15:1515:25-16:00
16:00-16:35JST
16:35-16:403/29 FAXE-mail [email protected] 101-0062 1-5033292-6010FAX033292-6319E-mail: [email protected]
3
3 29 13:00-17:35S5 14 1423
17 3 3
/13:00-13:05 21 13:05-13:20
13:20-14:0020 21 /
14:00-14:50
15:00-15:50
15:50-16:40 CTO
16:40-17:30JSR JSR 17:30-17:353 27 29 1,000 FAXE-mailHP033292-6163FAX033292-6318
E-mail: [email protected]
26
3 29 9:40-17:30SE /
3 30 10:00-16:50S3 14 1421
20 3R
10:00-11:00
11:00-11:40
11:40-12:2012:20-13:20
13:20-14:00
14:00-14:40UL
14:40-14:50
14:50-15:30HV15:30-16:10RD
16:10-16:50
1,000 FAXE-mail 101-8307 1-5033292-6163FAX033292-6318E-mail: [email protected]
16
TG3 30 09:00-14:00
-
318 Vol.62-3 March 2009
S2 13 1326
12
3TG4TG 5 TG
678NICE
910
11
101-8307 1-5033292-6164FAX033292-6318E-mail: [email protected]
JST Innovation Bridge:
3 30 S4 14 1422 /S5 14 1423
89 JST 1800 /
HPURL:http://deainoba.jp/ HPURL:http://deainoba.jp/ 102-8666 5-3035214-7995FAX035214-8496E-mail: [email protected]
-
319
89
(ATP) P. 323
(AP) P. 332
S1 13 1325
329
140015003S1-01
140015003S1-02
330
930 10104S1-01 --
4S1-02
101010404S1-03
105011304S1-04
4S1-05
113012004S1-06
120012304S1-07# Pveschner Microwave Power SystemPeter-Alexander Puschner
S2 13 1326
327
930 940 1S2-01
940 10401S2-02 /
1S2-03 JST
104011401S2-04
1S2-05
114012201S2-06 -
1S2-07
327
133013351S2-08 ERATO
133514351S2-09 JST-PRESTO
1S2-10
1S2-11 2
143515351S2-12
1S2-13
1S2-14
153516401S2-15
ERATO 1S2-16
1S2-17
1S2-18
328
100011002S2-01
DNA
110012002S2-02
iCeMS
328
329 13001400
3S2-01
130014003S2-02 STM
-
320
S3 14 1421
327
930 945 1S3-01 1S3-02
945 11051S3-03
1S3-04
1S3-05 --
1S3-06 CCS (Carbon Cap-ture and Storage)
1S3-07
110512451S3-08 JASRI/
SPring-81S3-09 1S3-10
SR1S3-11
1S3-12 1S3-13 (
)
S4 14 1422
330
930 940 4S4-01
940 10404S4-02
4S4-03
JST-CREST
104011404S4-04
4S4-05
114012204S4-06 JST CREST
4S4-07
S5 14 1423
330
930 940 4S5-01
940 11004S5-02
4S5-03
110012304S5-04 KRI
4S5-05 SORST, JST
4S5-06
S6 14 1431
330
930 10504S6-01
4S6-02
4S6-03
4S6-04
110012304S6-05
4S6-06
4S6-07 NTT
S7 14 1432
330
930 10254S7-01 4S7-02
4S7-03
102511154S7-04
4S7-05
111512354S7-06
-
321
MAIR 4S7-07
4S7-08
4S7-09
SA 11 1112
328
900 905 2SA-01
905 935 2SA-02
935 10052SA-03
100510352SA-04
103511052SA-05
110511352SA-06
113512052SA-07
120512352SA-08 -
328
133014302SA-09 SORST/JST
2SA-10
2SA-11 /JST
144016002SA-12
2SA-13 BASE
2SA-14
161017202SA-15 - EL-
2SA-16 JST-CREST
2SA-17 -
SB 11 1121
327
930 935 1SB-01
935 11001SB-02
1SB-03
1SB-04 --
110012351SB-05
1SB-06
1SB-07
1SB-08
--
328
133013402SB-01
134014402SB-02
2SB-03 -
144015252SB-04
153516352SB-05
2SB-06
163517302SB-07
2SB-08
330
930 10104SB-01 4SB-02 MEMS
101011104SB-03
4SB-04
112012304SB-05
4SB-06 JST CREST CNBI
4SB-07
-
322
SC 11 1122
--
327
930 10001SC-01 1SC-02
100010201SC-03
102010401SC-04 PRESTO
104011001SC-05
110011201SC-06 Chi-Huey Wong
112011401SC-07
114012001SC-08 iCeMS
120012301SC-09
1SC-10
In vivo
328
930 10152SC-01 in vivo
2SC-02
101511152SC-03 ""(
)2SC-04
111512002SC-05
2SC-06
328
133014102SC-07 2SC-08
141014302SC-09 C-H
143015002SC-10 - Grignard
150015202SC-11
153015502SC-12
155016102SC-13 -
161016302SC-14
163017002SC-15
330
930 10154SC-01 4SC-02 6
4SC-03
101510554SC-04
4SC-05 Hebrew Univ. Sason Shaik
110011404SC-06
4SC-07
114012304SC-08
4SC-09
4SC-10
SD 11 1141
327
930 10351SD-01 1SD-02
1SD-03 Silica-SMAP
1SD-04 ""
104511251SD-05 Si/Al
1SD-06 (VOC)
112512301SD-07 -
1SD-08
1SD-09 ()()
-
323
1SD-10
SE
328
133014202SE-01
NHK
142015002SE-02 //
151015502SE-03
155016302SE-04
163017102SE-05
(ATP)
S1 13 1325
327
130014001S1-01
313
A1 14 1421
327
EUV
143016401A1-34 1A1-36 EUV
1A1-40 EUV
1A1-44 32nmJSR
328 10001200
2A1-07 EUV
2A1-12 EUV
2A1-16 ArF
328 13301520
2A1-28 EUVJST-CREST
2A1-32 EUV --JSR
2A1-36
153016202A1-40 D CMP
2A1-43 C
-
324
A2 14 1422
327
900 10401A2-01 1A2-02
1A2-07 -
-
105012101A2-12 GST Ricardo, RuizElizabeth, DobiszDan, KercherThomas R.Albrecht
1A2-16
327 14301600
1A2-34 JST-CREST
1A2-38 UV
1A2-41 C UV
161018001A2-44 HOYA RD
1A2-47 NTT-AT
1A2-50
1A2-53 C
B1 14 1431
327
FPD
950 12101B1-06 1B1-07 LCD
1B1-10 1B1-11 TFT
TRADIM 1B1-14 1B1-15
1B1-19
327 14301630
1B1-34 FED
1B1-37 1B1-38 PDP
AVC 1B1-41 1B1-42 LCD
1B1-45
328
900 11202B1-01 2B1-02
2B1-06 2B1-07
2B1-10 2B1-11 QR-LPD
2B1-14
112012302B1-15 C G
2B1-17 2B1-18
2B1-21
328 13301500
2B1-28 E-ink
2B1-32 2B1-33
2B1-36
150017102B1-37
2B1-40 2B1-41
2B1-45 2B1-46
2B1-49
B2 14 1432
327
OLED:(1)
930 12001B2-04
1B2-05
1B2-10
1B2-13 EL
1B2-16 EL
327
OLED:(2)
143017001B2-34
1B2-38 EL
-
325
1B2-41 C EL
1B2-43 2 ELNHK
1B2-46
328
OLED:(1)
900 10502B2-01
2B2-05 EL
2B2-08 EL
2B2-11
OLED:(2)
105012302B2-12 EL
2B2-16
2B2-19 EL
328
OLED:
133015202B2-28 EL
2B2-32 EL EL OLED
2B2-35 EL
2B2-38
OLED:
152016502B2-39 EL
2B2-42
2B2-45 EL
A3 14 1423
327
110012001A3-13 1A3-14
327 14201540
1A3-33 Recent Development of Optical Polymeric MaterialPolytechnic Institute of NYU
1A3-37
155017101A3-42
NEC
1A3-46 C
1A3-48 C LAN
328
100011302A3-07 2A3-08
2A3-12
328 14001440
2A3-31
144016102A3-35 Fiber-To-The-Dis-
playJST2A3-39 C 2
2A3-41
A4 14 1424
327
100012001A4-07 1A4-08
1A4-12
1A4-15 -
327 14201550
1A4-33
1A4-37 IR
1A4-40 C
160017401A4-43
1A4-47
1A4-50
-
326
B8 14 1444
327
900 12001B8-01 1B8-02
ICTECH corporation1B8-07
1B8-11 UV IJ
1B8-15
327
143017301B8-34 1B8-35 1B8-40
1B8-44 JST
1B8-48
B3 14 1433
327
950 12001B3-06
1B3-07 C ()
1B3-09 C PTC
1B3-11 C
1B3-13 D Kjoller, Kevin
1B3-16 D CVD ALD Ti
327 14301620
1B3-34
1B3-39 JST-CREST
1B3-42 WPI
163018001B3-46 1B3-50
1B3-53 C (SNBD)
328 10101200
2B3-08 C
2B3-10 D HRC
2B3-13 C
2B3-15
328 13401530
2B3-29 WPI
2B3-33 SrTiO3JST
2B3-36 WPIJST-CREST
154017302B3-41 JST-CREST
2B3-44 2B3-47
2B3-50 C //
B4 14 1434
327
920 10201B4-03 1B4-04
102011301B4-09
1B4-12 JST CREST
113012301B4-16 C Ag 4,4-
1B4-18# Metal-organic framework material - potential use inchemical industryBASFUlrich Mueller
327 14301540
1B4-34 --
1B4-38 iCeMS
154016401B4-41
1B4-44 JST-
164018001B4-47 3
1B4-51
-
327
328
930 10202B4-04
102012002B4-09
2B4-13 -
2B4-16
328 13501540
2B4-30
2B4-34 P450
2B4-38
154017302B4-41
2B4-44 B12
2B4-48
H1 11 1111
327
900 10001H1-01 TOTO1H1-02 NEDO
100011101H1-07 TOTO1H1-11
112012301H1-15
1H1-19
327 14101540
1H1-32
1H1-36 C N TiO2
1H1-38
154016301H1-41
1H1-44 C
163017501H1-46
1H1-50# C Niobates
1H1-52 C
175018301H1-54# C
1H1-56# C
328
950 10502H1-06 2H1-07
105011302H1-12 CREST
113012102H1-16
328 14101510
2H1-32 C
2H1-34
151016402H1-38
JSTMANA2H1-41
2H1-44
164017502H1-47
2H1-50 C
2H1-52 C
H2 11 1112
327
900 10401H2-01 1H2-02 CCS
1H2-07 CO2
104012101H2-11 CO2
1H2-14 CO2
-
328
1H2-17 CO2 CCS
327 14101450
1H2-32
145016001H2-36
1H2-40
160017201H2-43
1H2-46
1H2-49 C PET PET
B5 14 1441
327
142015201B5-33 1B5-34
153016301B5-40 Si
1B5-42
1B5-44
164018001B5-47 Green device
1B5-49
1B5-51
1B5-53 C
328 900 950
2B5-01 C AGC
2B5-03
100010502B5-07
2B5-09 3D-
105012102B5-12
2B5-16
B6 14 1442
327
141015101B6-32
EV
1B6-33
151016101B6-38
1B6-41
161017001B6-44 C
1B6-46 Li(NiCo)O2
170017501B6-49 D
1B6-52 C
328
EV
140014402B6-31
144015102B6-35
151016302B6-38
2B6-42
163017202B6-46 C Bis(fluorosulfonyl)imide
2B6-48
-
329
172018002B6-51
2B6-54 SCiB
B7 14 1443
327
920 10201B7-03 1B7-04
FC
102011001B7-09 (PAFC)
110012001B7-13
1B7-16
327 14301540
1B7-34
1B7-38 PBI MEABASF Thomas J. Schmidt
154016501B7-41
1B7-44 SOFC
165017301B7-48 C
1B7-50 C BASEShamsul, Izhar
328 900 950
2B7-01
950 11002B7-06
2B7-09 PEFC
110012002B7-13
2B7-16 CO
328 14201530
2B7-33
2B7-37
153016402B7-40
FC-EV
2B7-44
164017302B7-47 C
2B7-49 D 21 DME
P
32812301400
2PB-117
2PB-119
2PB-121
2PB-123
2PB-125 FRP
2PB-127 SORST
2PB-129
2PB-131
2PB-133
-
330
H1 11 1111
329
130014003H1-25 iPS
14101510
3H1-32
15201620
3H1-39
330
900 10004H1-01
4H1-06
100011004H1-07
4H1-12
110011504H1-13
4H1-17
115012404H1-18
4H1-22
330 13301430
4H1-28
4H1-33
143015304H1-34
4H1-39
153016204H1-40
4H1-44
162017104H1-45 2
4H1-49
H2 11 1112
330
900 11504H2-01
4H2-06 4H2-07
4H2-12 4H2-13
4H2-17
115012404H2-18 (PHA)
4H2-22
330 13301620
4H2-28
4H2-33 4H2-34
4H2-38 4H2-39
4H2-44
162017104H2-45
4H2-49
H3 11 1113
330
900 10004H3-01
4H3-06
100011004H3-07
4H3-12
110012404H3-13 --
4H3-17 4H3-18
4H3-22
-
331
330
133015304H3-28
4H3-33 4H3-34
4H3-39
153017104H3-40
4H3-44 4H3-45
4H3-49
P
32910001130
3PA-181#
3PA-182
3PA-183
3PA-184
3PA-185 - NF-B(-)-DHMEQ
3PA-186
3PA-189
3PA-190
3PA-191
3PA-192
3PA-193 PS-tag-DNA
3PA-194
3PA-195 3 SNPs
3PA-196 1
3PA-197 PCR
3PA-198
3PA-199 SORST
3PA-200 2
3PA-201 -- C60
3PA-202 Au-PMMA-AuAMIR,Syahir
3PA-203
3PA-204
3PA-205
3PA-206 Nod1
3PA-207
3PA-208
3PA-209 VEGF
3PA-210
3PA-211 PET SIWU, Eric R. O.
3PA-212 NTT iCeMS
3PA-213 NanoBioNow(23) DNA FIBER
3PA-214 GFP
-
332
(AP)
A2 14 1422
328
930 1130 PC 920930 2A2-04, 2A2-05, 2A2-06, 2A2-07,
2A2-08, 2A2-092A2-04
2A2-05
2A2-06
2A2-07 CO2
2A2-08 Fe-Cr CH4
2A2-09*
PC 10401050 2A2-122A2-12
328
14301530 PC 14201430 2A2-34, 2A2-35, 2A2-36, 2A2-37,
2A2-38, 2A2-392A2-34
2A2-35
2A2-36
2A2-37
2A2-38 PDC
2A2-39
15401630 PC 15301540 2A2-41, 2A2-42, 2A2-44, 2A2-452A2-41 HPLC
2A2-42*
2A2-44
2A2-45
16401710 PC 16301640 2A2-47, 2A2-48, 2A2-492A2-47
2A2-48
2A2-49
329
930 1020 PC 920930 3A2-04, 3A2-05, 3A2-06, 3A2-07,
3A2-083A2-04
3A2-05 2 PVC GRAUSE, Guido
3A2-06 GRAUSE, Guido
3A2-07 PVC
3A2-08 FRP
10301110 PC 10201030 3A2-10, 3A2-11, 3A2-133A2-10 GRAUSE,Guido
3A2-11*
3A2-13 PBT()
A4 14 1424
328
900 1000 PC 850900 2A4-01, 2A4-02, 2A4-04, 2A4-05,
2A4-062A4-01 (Res-CC CI)
2A4-02* Broken-symmetry
2A4-04 Moeller-Plesset
2A4-05
2A4-06
10101110 PC 10001010 2A4-08, 2A4-10, 2A4-122A4-08*
2A4-10* f-f
2A4-12* 2 1 23
11201220 PC 11101120 2A4-15, 2A4-17, 2A4-19, 2A4-202A4-15* :
2A4-17* Fock
2A4-19 (DC)
2A4-20
-
333
328
13301430 PC 13201330 2A4-28, 2A4-31, 2A4-332A4-28
2A4-31* CO
2A4-33 JSTCREST
14401540 PC 14301440 2A4-35, 2A4-37, 2A4-38, 2A4-402A4-35*
2A4-37 JST-CREST
2A4-38* JST-CREST
2A4-40 JST-CREST
15501650 PC 15401550 2A4-42, 2A4-44, 2A4-45, 2A4-46,
2A4-472A4-42*
2A4-44 C60
2A4-45
2A4-46
2A4-47
329
900 950 PC 850900 3A4-01, 3A4-02, 3A4-03, 3A4-04,
3A4-053A4-01
3A4-02 metal-DNA
3A4-03
3A4-04 In/Cu(001) Jahn-Teller
3A4-05 H2O/OH
10001050 PC 9501000 3A4-07, 3A4-08, 3A4-09, 3A4-10,
3A4-113A4-07 CH4O
3A4-08 AIM XH
3A4-09
3A4-10 ZrP-SPES
3A4-11
11001150 PC 10501100 3A4-13, 3A4-14, 3A4-15, 3A4-16,
3A4-173A4-13 PSP
JST-CREST Jung, Jaewoon
3A4-14 C-C
3A4-15 QM/MM
3A4-16 QM/MM-ER H3O+
3A4-17 RISM-SCF-SEDDMgFn2-n (n=3,4,5,6)
Asian International Symposium-Theoretical and Computational Chemistry
329
Chair: TAKANO, Keiko133015103A4-28# Opening remarks YAMASHITA, Koichi3A4-29# Invited Lecture Development of the density matrix renormaliza-
tion group algorithm, with applications to metal compounds KURASHIGE,
Yuki
3A4-31# Invited Lecture New coupled cluster method for potential energysurfaces KINOSHITA, Tomoko
3A4-33# Keynote Lecture Structure and electronic properties of DNAbase-pairs and modified DNA PATI, Swapan K
3A4-36# Invited Lecture Chiral molecular motors driven by linearlypolarized laser pulses HOKI, Kunihito
Chair: YOSHIZAWA, Kazunari152016503A4-39# Invited Lecture Photoinduced coherent adsorbate dynamics on
metal surface: An open system approach YASUIKE, Tomokazu
3A4-41# Invited Lecture DFT-based first-principle calculation of Nb-doped anatase TiO2 and its interactions with oxygen vacancies and interstitial
oxygen KAMISAKA, HideyukiHITOSUGI, TaroSUENAGA,TakahiroHASEGAWA, TetsuyaYAMASHITA, Koichi
3A4-43# Invited Lecture Time correlation function for quantum fluidsNAKAYAMA, Akira
3A4-45# Keynote Lecture Understanding protein misfolding and mole-cu lar funct ion LEE, ChewookHONG, JooyeonKANG,GuipeunHAM, Sihyun
330
900 1000 PC 850900 4A4-01, 4A4-02, 4A4-03, 4A4-04,
4A4-054A4-01 (II)
LEE, Yong-MinCHO, JaeheungNAM, Wonwoo
4A4-02
4A4-03
4A4-04
4A4-05*
10101110 PC 10001010 4A4-08, 4A4-10, 4A4-12, 4A4-134A4-08*
4A4-10* B12M. Kozlowski, Pawel
4A4-12 A -
4A4-13 DNA
11201210 PC 11101120 4A4-15, 4A4-16, 4A4-17, 4A4-18,
4A4-194A4-15 Coil-Ser 3
4A4-16
-
334
;
4A4-17 HIV-1
4A4-18
4A4-19 3
B3 14 1433
329
900 1000 PC 850900 3B3-01, 3B3-02, 3B3-03, 3B3-04,
3B3-05, 3B3-063B3-01 Ge
3B3-02
3B3-03 TiNCl
3B3-04 BC2N
3B3-05 Zn1,3,5-
3B3-06
10101110 PC 10001010 3B3-08, 3B3-09, 3B3-10, 3B3-11,
3B3-123B3-08 birnessite K0.33MnO2TEM
3B3-09 MANA
3B3-10
3B3-11 PLD
3B3-12* MANA
11201220 PC 11101120 3B3-15, 3B3-16, 3B3-17, 3B3-18,
3B3-193B3-15 NaSi
3B3-16 -AgxV2O5(0.65 x 0.90)
3B3-17 [TiF7] 3AF-TiF3(A=K, Rb)
3B3-18 Pt
3B3-19* Sr3Fe2O5
329
13301420 PC 13201330 3B3-28, 3B3-29, 3B3-30, 3B3-31,
3B3-32
3B3-28
3B3-29 105 (Db) HF/HNO3 Fan, Fang Li
3B3-30 57MnICU
3B3-31 ICU
3B3-32 106 SgLi, Zijie
330
900 1000 PC 850900 4B3-01, 4B3-02, 4B3-03, 4B3-054B3-01 GTS (Na,K)4Ti4Si3O16yH2O
4B3-02
4B3-03* XeCu+
4B3-05* ZSM-5 :
10101110 PC 10001010 4B3-08, 4B3-09, 4B3-10, 4B3-12,
4B3-134B3-08#
Marti-Rujas, Javier
4B3-09 n-/MnO2
4B3-10*
4B3-12 (V) TiO2
4B3-13 (III)
11201220 PC 11101120 4B3-15, 4B3-16, 4B3-17, 4B3-18,
4B3-194B3-15 [LnW10O36]
n-
4B3-16 C e [ C e /(PW11O39)2]
11-/10-
4B3-17
4B3-18
4B3-19*
330
13301430 PC 13201330 4B3-28, 4B3-29, 4B3-30, 4B3-32,
4B3-334B3-28 CaRhO3
Young,
-
335
David 4B3-29
4B3-30* La-Si
4B3-32
4B3-33 /5-/
14401540 PC 14301440 4B3-35, 4B3-36, 4B3-37, 4B3-38,
4B3-39, 4B3-404B3-35
4B3-36
4B3-37
4B3-38 4B3-39 Cu(edtmp)Mg/Al
4B3-40 [Eu(EDTMP)]
B4 14 1434
329
930 1020 PC 920930 3B4-04, 3B4-05, 3B4-06, 3B4-07,
3B4-083B4-04
FREIVALDS, TalivaldisERENPREISA, Jekaterina
3B4-05 5-t--2,3--6-[4-()]()
3B4-06 5-t--2,3--6-[4-()]()
3B4-07 ESIPT
3B4-08 TCNB
10301130 PC 10201030 3B4-10, 3B4-11, 3B4-12, 3B4-13,
3B4-14, 3B4-153B4-10 BDTBP
3B4-11 pyridinium 1,3-dihydro-1,3-dioxo-2H-inden-2-ylide(PI)
3B4-12
3B4-13 1,1,2,2-(4-)
3B4-14
3B4-15
329
14301530 PC 14201430 3B4-34, 3B4-36, 3B4-383B4-34*
3B4-36*
3B4-38* [2+2]
15401630 PC 15301540 3B4-41, 3B4-43, 3B4-443B4-41*
3B4-43
3B4-44* (I)
16401740 PC 16301640 3B4-47, 3B4-49, 3B4-513B4-47* 1
3B4-49*[70]
3B4-51* silicalite-1
330
930 1020 PC 920930 4B4-04, 4B4-05, 4B4-06, 4B4-084B4-04
4B4-05 2
4B4-06*
4B4-08 (S)--(S)-
10301120 PC 10201030 4B4-10, 4B4-11, 4B4-12, 4B4-144B4-10
4B4-11
4B4-12* :
4B4-14
11301230 PC 11201130 4B4-16, 4B4-17, 4B4-18, 4B4-19,
4B4-20, 4B4-214B4-16 N-
4B4-17
4B4-18
-
336
4B4-19
4B4-20
4B4-21
B5 14 1441
Asian International Symposium-Resources, Energy, Geo Chemistry, Nuclear
Chemistry, Radiation Chemistry328
130013102B5-25# Introductory remarks HASHIMOTO, Kazuhito
Chair: UCHIDA, Satoshi131014302B5-26# Keynote Lecture The efficient organic sensitizers for dye-sensi-
tized solar cells YUM, Jun-Ho
2B5-29# Invited Lecture Proposal of logical directions towards highefficiency dye sensitized solar cells PANDEY Shyam S.HAYSE Shuzi
2B5-31# Keynote Lecture Graded TiO2 film for flexible dye-sensitizedsolar cell LIN, HongLI, XinHAO, FengLIU, YizhuLI, Jianbao
Chair: TAJIMA, Keisuke143015502B5-34# Invited Lecture Novel solar cells based on surface complexes of
TiO2 with dicyanomethylene compounds FUJISAWA, Jun-ichiNAGATANI, ToshiyukiSANEHIRA, YoshitakaNAKAZAKI,JotaroUCHIDA, SatoshiKUBO, TakayaSEGAWA, Hiroshi
2B5-36# Keynote Lecture Polymer-PCBM blend cells - Film propertiesand photovoltaic performance DJURISIC, Aleksandra B.
2B5-39# Plenary Lecture Interfacial design and spectroscopic study ofpolymer-based solar cells OHKITA, Hideo
Chair: OHKITA, Hideo160017002B5-43# Invited Lecture Furanone-based copolymers towards n-type
materials in polymer photovoltaic cells YANG, Chunhe
2B5-45# Invited Lecture The development of fullerene-based materials forOrganic Photovoltaic Cells ENDO, TomoakiYOSHIDA, Shin-ichiroMONMA, HiroyukiKONDO, TakeyoshiYOKOYAMA, HiromiKWON, EunsangWUDL, Fred
2B5-47# Invited Lecture Nanostructure control in polymer photovoltaicdevices by self-organization TAJIMA, Keisuke
Chair: KUBO, Takaya170017302B5-49# Plenary Lecture Conjugated polymer photovoltaic materials
LI, Yongfang
329
900 1000 PC 850900 3B5-01, 3B5-02, 3B5-04, 3B5-053B5-01 Sn-SnO2
SORST/JST
3B5-02*
3B5-04
3B5-05* TiO2
10101110 PC 10001010 3B5-08, 3B5-09, 3B5-10, 3B5-12,
3B5-133B5-08 Ru(II)
3B5-09
3B5-10* Push-Pull
3B5-12
3B5-13 (V)()
11201230 PC 11101120 3B5-15, 3B5-16, 3B5-18, 3B5-19,
3B5-213B5-15 iCeMS
3B5-16*DY,Joanne Ting
3B5-18 N-
3B5-19*#DY, Joanne Ting
3B5-21 DY, Joanne Ting
329 13401450
PC 13301340 3B5-29, 3B5-30, 3B5-32, 3B5-33,3B5-34, 3B5-35
3B5-29
3B5-30*
3B5-32
3B5-33 Black dye
3B5-34 Black dye
3B5-35
16401740 PC 16301640 3B5-47, 3B5-49, 3B5-50, 3B5-51,
3B5-523B5-47*
3B5-49 3B5-50 3-
-
3B5-51
3B5-52 SnP
17501840 PC 17401750 3B5-54, 3B5-55, 3B5-57, 3B5-583B5-54 Li2S-P2S5
3B5-55* Li3InBr6-yXy(X=F,Cl,I)
3B5-57
3B5-58 Pr2NiO4
-
337
330
900 950 PC 850900 4B5-01, 4B5-02, 4B5-03, 4B5-044B5-01
4B5-02 (20)/- III
4B5-03 (21) CO2
4B5-04*
10001050 PC 9501000 4B5-07, 4B5-08, 4B5-09, 4B5-10,
4B5-114B5-07
4B5-08
4B5-09
4B5-10
4B5-11
11001200 PC 10501100 4B5-13, 4B5-14, 4B5-15, 4B5-16,
4B5-17, 4B5-184B5-13 (83)CeO2-Ta2O5
4B5-14 (84)
4B5-15 (85)
4B5-16 CuGaS2
4B5-17 Cu2ZnSnS4 (CZTS)
4B5-18
330 13101400
PC 13001310 4B5-26, 4B5-27, 4B5-28, 4B5-29,4B5-30
4B5-26 4B5-27 9)3kW
4B5-28 (16)- IV
4B5-29 85CeO2-ZrO2
4B5-30 (87)CSIRO
14101500 PC 14001410 4B5-32, 4B5-33, 4B5-34, 4B5-354B5-32
WERNER, Daniel4B5-33 Li2O-SiO2-P2O5
4B5-34#Mn ZnSeEmin, Saim
4B5-35* 1,3-
B8 14 1444
328
910 1020 PC 900910 2B8-02, 2B8-03, 2B8-04, 2B8-05,
2B8-072B8-02
2B8-03 -
2B8-04 -
2B8-05*
2B8-07*
10301130 PC 10201030 2B8-10, 2B8-11, 2B8-12, 2B8-13,
2B8-14, 2B8-152B8-10
2B8-11
2B8-12
2B8-13 C
2B8-14
2B8-15 PVC
328 14201520
PC 14101420 2B8-33, 2B8-35, 2B8-37, 2B8-382B8-33*
2B8-35*
2B8-37 O2/CO2
2B8-38
15301630 PC 15201530 2B8-40, 2B8-41, 2B8-43, 2B8-452B8-40
2B8-41*
2B8-43* VBMO
2B8-45 II
16401720 PC 16301640 2B8-47, 2B8-48, 2B8-492B8-47 Web
2B8-48
-
338
2B8-49*
329 930 1040
PC 920930 3B8-04, 3B8-05, 3B8-07, 3B8-093B8-04 SCOT()
3B8-05*
3B8-07*
3B8-09*
10501150 PC 10401050 3B8-12, 3B8-153B8-12
3B8-15
329 13001400
PC 12501300 3B8-253B8-25
14101510 PC 14001410 3B8-323B8-32
15201650 PC 15101520 3B8-39, 3B8-42, 3B8-453B8-39
3B8-42
3B8-45
C1 7 734
328
900 1000 PC 850900 2C1-01, 2C1-02, 2C1-03, 2C1-04,
2C1-052C1-01# /Barique, A. Mohammad
2C1-02 PMMA/SiO2-:
2C1-03
2C1-04
2C1-05*
10101110 PC 10001010 2C1-08, 2C1-09, 2C1-11, 2C1-122C1-08
2C1-09*
2C1-11
2C1-12*
11201200 PC 11101120 2C1-15, 2C1-17, 2C1-182C1-15* (1)
2C1-17 (2)
2C1-18
328
13101400 PC 13001310 2C1-26, 2C1-27, 2C1-28, 2C1-29,
2C1-302C1-26
2C1-27
2C1-28
2C1-29
2C1-30 6
14101510 PC 14001410 2C1-32, 2C1-33, 2C1-34, 2C1-362C1-32 PEEK
2C1-33
2C1-34*
2C1-36*
15201620 PC 15101520 2C1-39, 2C1-40, 2C1-42, 2C1-432C1-39
2C1-40*
2C1-42 -
2C1-43* -
16301740 PC 16201630 2C1-46, 2C1-47, 2C1-48, 2C1-49,
2C1-50, 2C1-512C1-46
2C1-47
2C1-48 -
2C1-49
2C1-50 -
2C1-51* Matyjaszewski, Krzysztof
-
339
Asian International Symposium-Polymer- New Wave in Polymer Chemistry-
329
130013103C1-25# Introductory remarks CHUJO, Yoshiki
Chair: AOKI, Toshiki131014103C1-26# Keynote Lecture New optical functions and applications of poly
(diphenylacetylene) derivatives KWAK, Giseop
3C1-30# Invited Lecture Development of chirality-responsive dynamichelical polymers MAEDA, Katsuhiro
Chair: SHIBAYAMA, Mitsuhiro141014503C1-32# Invited Lecture Design and fabrication of a high-strength
hydrogel with ideally homogeneous network structure from tetrahedron-like
macromonomers SAKAI, Takamasa
3C1-34# Invited Lecture Synthesis of novel olefin block copolymers usingfluorenylamidodimethyltitanium-based catalyst CAI, ZhengguoNAKAYAMA, YuushouSHIONO, Takeshi
145015003C1-36# Intermission
Chair: KAMIGAITO, Masami150016003C1-37# Keynote Lecture Organic-inorganic hybrid polymers for elec-
tronic applications CHIOU, Kuo-Chan
3C1-41# Invited Lecture Synthesis and properties of-stacked polymers:A new type of molecular wires MORISAKI, Yasuhiro
Chair: TAKATA, Toshikazu160017003C1-43# Invited Lecture Single molecular imaging of a chiral -con-
jugated polymer toward the molecular devices based on precise polymer
chemistry SHINOHARA, Ken-ichi
3C1-45# Keynote Lecture Chemical aspects of semiconducting polymersfor polymer solar cells KIM, Young-Kyoo
Chair: IHARA, Eiji170017303C1-49# Special Lecture Electroluminescent polymers and dendrimers
for PLED WANG, Lixiang
173017403C1-52# Concluding remarks IHARA, Eiji
330
900 1000 PC 850900 4C1-01, 4C1-02, 4C1-04, 4C1-054C1-01 9,9-
4C1-02*
4C1-04
4C1-05*
10101100 PC 10001010 4C1-08, 4C1-09, 4C1-11, 4C1-124C1-08
4C1-09*
4C1-11 C2
4C1-12 JST -CREST
11101150 PC 11001110 4C1-14, 4C1-15, 4C1-174C1-14
4C1-15*
4C1-17
330
13001410 PC 12501300 4C1-25, 4C1-26, 4C1-27, 4C1-28,
4C1-29, 4C1-314C1-25
4C1-26
4C1-27
4C1-28
4C1-29*
4C1-31 p-
14201530 PC 14101420 4C1-33, 4C1-34, 4C1-35, 4C1-36,
4C1-37, 4C1-38, 4C1-394C1-33 (-)
4C1-34
4C1-35#
4C1-36 -MAO
4C1-37 Rh
4C1-38
4C1-39 1,4-
15401650 PC 15301540 4C1-41, 4C1-42, 4C1-43, 4C1-44,
4C1-45, 4C1-46, 4C1-474C1-41
4C1-42 -2,3-
4C1-43 -2,3-
4C1-44 all-cis( )
4C1-45
4C1-46
4C1-47
-
340
C2 7 741
328
900 1000 PC 850900 2C2-01, 2C2-02, 2C2-03, 2C2-04,
2C2-062C2-01 TEMPO
2C2-02 TEMPO
2C2-03 DNA
2C2-04* TTF
2C2-06
10101110 PC 10001010 2C2-08, 2C2-09, 2C2-10, 2C2-122C2-08
2C2-09 :
2C2-10*
2C2-12*
11201210 PC 11101120 2C2-15, 2C2-16, 2C2-17, 2C2-18,
2C2-192C2-15 LCST
2C2-16 (N-)
2C2-17 SWNT
2C2-18 SWNT
2C2-19 JST-CREST
328 13201420
PC 13101320 2C2-27, 2C2-29, 2C2-312C2-27*
(I)
2C2-29*#(II)
2C2-31*/
14301520 PC 14201430 2C2-34, 2C2-35, 2C2-37, 2C2-382C2-34
2C2-35*
2C2-37 TEMPO
2C2-38
15301620 PC 15201530 2C2-40, 2C2-41, 2C2-432C2-40 TEMPO
2C2-41*
2C2-43* o-
16301730 PC 16201630 2C2-46, 2C2-48, 2C2-502C2-46*#
Pal, Ravindra2C2-48* BODIPY
2C2-50*
329
12401330 PC 12301240 3C2-23, 3C2-25, 3C2-26, 3C2-273C2-23*
3C2-25 -
3C2-26
3C2-27
13401430 PC 13301340 3C2-29, 3C2-30, 3C2-32, 3C2-333C2-29 -
3C2-30* -
3C2-32 Inf-A
3C2-33
14401540 PC 14301440 3C2-35, 3C2-36, 3C2-37, 3C2-393C2-35
3C2-36
3C2-37*
3C2-39*
15501640 PC 15401550 3C2-42, 3C2-43, 3C2-44, 3C2-453C2-42 - AB
3C2-43 Bisphosphonate/
3C2-44
3C2-45*
-
341
16501800 PC 16401650 3C2-48, 3C2-49, 3C2-50, 3C2-52,
3C2-53, 3C2-543C2-48 VBL
3C2-49 /
3C2-50*
3C2-52 (II)
3C2-53
3C2-54 Cu(II)
330 900 1010
PC 850900 4C2-01, 4C2-02, 4C2-04, 4C2-05,4C2-06
4C2-01
4C2-02*
4C2-04
4C2-05 HPLC
4C2-06* MEI
10201120 PC 10101020 4C2-09, 4C2-10, 4C2-12, 4C2-13,
4C2-144C2-09
4C2-10* (1)
4C2-12
4C2-13 L-
4C2-14
11301220 PC 11201130 4C2-16, 4C2-17, 4C2-18, 4C2-19,
4C2-204C2-16 -
4C2-17
4C2-18 RAFT
4C2-19
4C2-20
330 13301430
PC 13201330 4C2-28, 4C2-29, 4C2-30, 4C2-31,4C2-32
4C2-28
4C2-29 --
4C2-30 -
4C2-31 Squaraine -TIMS
4C2-32* iCeMS
14401540 PC 14301440 4C2-35, 4C2-36, 4C2-37, 4C2-38,
4C2-39, 4C2-404C2-35 ()/
4C2-36 (3- PROXYL)
4C2-37 (p-)
4C2-38 (p-)
4C2-39
4C2-40
15501650 PC 15401550 4C2-42, 4C2-44, 4C2-45, 4C2-46,
4C2-474C2-42*
4C2-44
4C2-45 1,6-
4C2-46
4C2-47
D1 6 633
327
900 1000 PC 850900 1D1-01, 1D1-02, 1D1-04, 1D1-05,
1D1-061D1-01
1D1-02*
1D1-04 L- 2
1D1-05
1D1-06 YANG, YUTING
10101110 PC 10001010 1D1-08, 1D1-09, 1D1-11, 1D1-12,
1D1-131D1-08
SORST
1D1-09* (1):
1D1-11 (2): -
-
342
MCM
1D1-12 (3):
1D1-13
11201220 PC 11101120 1D1-15, 1D1-16, 1D1-17, 1D1-18,
1D1-19, 1D1-201D1-15
1D1-16
1D1-17
1D1-18
1D1-19 2
1D1-20 2 syn/anti
327 13301410
PC 13201330 1D1-28, 1D1-29, 1D1-30, 1D1-311D1-28
JST
1D1-29 JST
1D1-30 1,2-()
1D1-31 JST
328 900 1000
PC 850900 2D1-01, 2D1-02, 2D1-03, 2D1-04,2D1-05, 2D1-06
2D1-01
2D1-02
2D1-03 JST
2D1-04 RGB pKa
2D1-05 JST
2D1-06 JST
10101110 PC 10001010 2D1-08, 2D1-10, 2D1-122D1-08*
2D1-10*
2D1-12* Cui, HonggangStupp, Samuel I.
11201220 PC 11101120 2D1-15, 2D1-16, 2D1-17, 2D1-182D1-15
2D1-16 SORST
2D1-17 PEG
SORST
2D1-18
328
13301430 PC 13201330 2D1-28, 2D1-31, 2D1-332D1-28
2D1-31* Kurth, Dirk
2D1-33
14401540 PC 14301440 2D1-35, 2D1-36, 2D1-37, 2D1-38,
2D1-39, 2D1-402D1-35
2D1-36
2D1-37
2D1-38
2D1-39
2D1-40 JST
15501640 PC 15401550 2D1-42, 2D1-44, 2D1-45, 2D1-462D1-42* 1 TTF
FIC 2D1-44
2D1-45
2D1-46 FIC
329 930 1010
PC 920930 3D1-04, 3D1-063D1-04*# 20
3D1-06*# DNA DNAZinchenko, Anatoly Baigl, Damien
10201120 PC 10101020 3D1-09, 3D1-11, 3D1-133D1-09*#Ahmed, Toufiq
3D1-11*#Control over the Stereochemical Course of Anthracene Photodimer-ization in an Organogel System
3D1-13*#Al am ,Mohammad Mydul
11301200 PC 11201130 3D1-16, 3D1-183D1-16*#HOPG Nafion AFMPankaj, Singh
3D1-18# Solvent-substituted dehydration and the induced shift of CO2 gateadsorption of a Cu-MOF
-
343
Asian International Symposium-Colloid and Interface Chemistry
329
Chair: OYAMA, Noboru123013403D1-22# Keynote Lecture Functional metal-organic porous solid
MAJI, Tapas K.
3D1-26# Invited Lecture Probing the physical and chemical properties ofmolecules in the nanogap by tip-enhanced Raman spectroscopy REN,BinLIU, ZhengCHEN, Zhao-BinWANG, XiangDAI, KeZENG,Zhi-CongZHUANG, Mu-DeMAO, Bing-WeiTIAN, Zhong-Qun
Chair: SAKAI, Hideki134014403D1-29# Invited Lecture Gel-emulsion with structured continuous phase
ARAMAKI, Kenji
3D1-32# Invited Lecture Antibody-labeled micro/nanobubbles for ultra-sound contrast agents TSUCHIYA, Koji
Chair: KISHIOKA, Sinya150016103D1-37# Keynote Lecture A topochemical approach to well-crystallized
transition metal LDHs and their delamination into nanosheets MA, Renzhi
3D1-41# Invited Lecture Structural control of organized molecular filmsfor comb copolymers containing functionalized groups and its structural
estimation FUJIMORI, Atsuhiro
Chair: ARIGA, Katsuhiko162018003D1-45# Invited Lecture New avenues to functional mesoporous materi-
als from micelle assemblies YAMAUCHI, Yusuke
3D1-48# Invited Lecture Bio-inspired, smart, multiscale interfacial mate-rials JIANG, Lei
3D1-51# Keynote Lecture Modification of carbon nanotube using poly-mers with assistance of supercritical CO2 XU, Qun
330
900 1000 PC 850900 4D1-01, 4D1-02, 4D1-03, 4D1-04,
4D1-054D1-01
4D1-02 :
4D1-03 -1,3-
4D1-04
4D1-05*
10101110 PC 10001010 4D1-08, 4D1-09, 4D1-10, 4D1-12,
4D1-134D1-08 a-CyD/DNA
4D1-09
4D1-10*
4D1-12 /
4D1-13
11201230 PC 11101120 4D1-15, 4D1-16, 4D1-18, 4D1-19,
4D1-20, 4D1-214D1-15
4D1-16* -1,3- SWNT
4D1-18
4D1-19
4D1-20 elastin
4D1-21
D2 6 634
327
930 1020 PC 920930 1D2-04, 1D2-05, 1D2-06, 1D2-07,
1D2-081D2-04
1D2-05 /
1D2-06
1D2-07 SrTiO3
1D2-08
10301120 PC 10201030 1D2-10, 1D2-12, 1D2-141D2-10* Yang, Jinhu
1D2-12* SnO2
1D2-14
11301220 PC 11201130 1D2-16, 1D2-18, 1D2-19, 1D2-201D2-16* SnO2
1D2-18
1D2-19 C60
1D2-20
327 13301440
PC 13201330 1D2-28, 1D2-30, 1D2-32, 1D2-341D2-28*
1D2-30*
1D2-32* ITO One-potDOWA
1D2-34
328 930 1010
PC 920930 2D2-04, 2D2-05, 2D2-06, 2D2-072D2-04 p/n SORST/JST
2D2-05 JST
-
344
2D2-06 InN
2D2-07
10201100 PC 10101020 2D2-09, 2D2-10, 2D2-11, 2D2-122D2-09 PbSe ZnO
2D2-10 CdTe
2D2-11 CdS-CdTe
2D2-12 CdTeYANG, Ping
11101210 PC 11001110 2D2-14, 2D2-16, 2D2-182D2-14* EuS
2D2-16* Cd
2D2-18* Pd
328 13201420
PC 13101320 2D2-27, 2D2-28, 2D2-29, 2D2-30,2D2-31, 2D2-32
2D2-27 J.
2D2-28 hcp Ni
2D2-29
2D2-30 /
2D2-31 pH PVP Rh
2D2-32 Pd@-Fe2O3
14301520 PC 14201430 2D2-34, 2D2-35, 2D2-372D2-34 Cu-Ni
2D2-35* Au
2D2-37*-
15301620 PC 15201530 2D2-40, 2D2-41, 2D2-42, 2D2-43,
2D2-442D2-40 SAM
2D2-41 PVP Ag
2D2-42 / Ag-Rh
2D2-43 Pd-Ru
2D2-44 SORST(JST)
16301720 PC 16201630 2D2-46, 2D2-47, 2D2-48, 2D2-49,
2D2-502D2-46 LCSTelastin
2D2-47
2D2-48
2D2-49 PEG
2D2-50 -
329 930 1030
PC 920930 3D2-04, 3D2-05, 3D2-06, 3D2-07,3D2-08, 3D2-09
3D2-04
3D2-05
3D2-06
3D2-07
3D2-08
3D2-09
10401140 PC 10301040 3D2-11, 3D2-12, 3D2-13, 3D2-14,
3D2-15, 3D2-163D2-11
3D2-12 Au
3D2-13
3D2-14
3D2-15
3D2-16
11501230 PC 11401150 3D2-18, 3D2-203D2-18*
3D2-20*
329 13401500
PC 13301340 3D2-29, 3D2-30, 3D2-31, 3D2-32,3D2-33, 3D2-34, 3D2-35
3D2-29 JST
3D2-30 JST
3D2-31
3D2-32
3D2-33 SALDI-MS
3D2-34 in vivo
3D2-35*
15101610 PC 15001510 3D2-38, 3D2-40, 3D2-41, 3D2-433D2-38*
3D2-40
3D2-41*
3D2-43
-
345
330
900 1000 PC 850900 4D2-01, 4D2-02, 4D2-03, 4D2-04,
4D2-054D2-01 C10H8
4D2-02
4D2-03
4D2-04
4D2-05* /
10101110 PC 10001010 4D2-08, 4D2-09, 4D2-10, 4D2-11,
4D2-12, 4D2-134D2-08 E
4D2-09
4D2-10
4D2-11
4D2-12
4D2-13 /
11201220 PC 11101120 4D2-15, 4D2-16, 4D2-18, 4D2-194D2-15 -
4D2-16*
4D2-18 X
4D2-19*
D3 6 635
327
10001100 PC 9501000 1D3-07, 1D3-08, 1D3-09, 1D3-10,
1D3-111D3-07 LB
1D3-08 -
1D3-09 -
1D3-10
1D3-11*
11101210 PC 11001110 1D3-14, 1D3-15, 1D3-16, 1D3-17,
1D3-18, 1D3-191D3-14
1D3-15 A
1D3-16 s-
1D3-17 NEXAFSLB
1D3-18 CNBI
1D3-19
327 13201420
PC 13101320 1D3-27, 1D3-28, 1D3-29, 1D3-30,1D3-31
1D3-27
1D3-28 (2)
1D3-29
1D3-30
1D3-31*
328 900 1000
PC 850900 2D3-01, 2D3-02, 2D3-03, 2D3-052D3-01
2D3-02 Au(111)
2D3-03* LB (3)
2D3-05* LB
10101110 PC 10001010 2D3-08, 2D3-09, 2D3-10, 2D3-11,
2D3-132D3-08
2D3-09
2D3-10
2D3-11*
2D3-13
11201210 PC 11101120 2D3-15, 2D3-17, 2D3-18, 2D3-192D3-15* 1
2D3-17
2D3-18
2D3-19
-
346
328 13201420
PC 13101320 2D3-27, 2D3-29, 2D3-30, 2D3-31,2D3-32
2D3-27*
2D3-29 DNA DNA
2D3-30 DNA
2D3-31
2D3-32 -
14301520 PC 14201430 2D3-34, 2D3-36, 2D3-372D3-34*
2D3-36 NTT
2D3-37*
15301630 PC 15201530 2D3-40, 2D3-42, 2D3-432D3-40* RAHMAN, Md. Rezaur
2D3-42 J
2D3-43
16401730 PC 16301640 2D3-47, 2D3-48, 2D3-49, 2D3-50,
2D3-512D3-47 DLC
2D3-48 DLC
2D3-49 DLC
2D3-50
2D3-51 TiO2
329 910 1000
PC 900910 3D3-02, 3D3-03, 3D3-04, 3D3-05,3D3-06
3D3-02
3D3-03
3D3-04 JST-CREST
3D3-05 -
3D3-06 Ag(111)CARRIZALES, ClarisaHIPPS, K. W.
10101100 PC 10001010 3D3-08, 3D3-10, 3D3-11, 3D3-123D3-08*
3D3-10 SERS
3D3-11
3D3-12
11101200 PC 11001110 3D3-14, 3D3-15, 3D3-16, 3D3-17,
3D3-183D3-14 SPM
3D3-15 X JST-CREST
3D3-16
3D3-17 -
3D3-18
329 13101350
PC 13001310 3D3-26, 3D3-27, 3D3-28, 3D3-293D3-26
3D3-27
3D3-28
3D3-29 NMR
14001500 PC 13501400 3D3-31, 3D3-33, 3D3-34, 3D3-353D3-31* MCM-41
3D3-33 1H NMR
3D3-34 [Cu(bpy)(H2O)2(BF4)2](bpy)
3D3-35*
15101610 PC 15001510 3D3-38, 3D3-39, 3D3-40, 3D3-41,
3D3-42, 3D3-433D3-38
3D3-39 NMR FSM-16
3D3-40 3D3-41
3D3-42
3D3-43 XRDSAXS
16201650 PC 16101620 3D3-45, 3D3-46, 3D3-473D3-45
3D3-46
3D3-47
-
347
E1 9 931
A
327
930 1020 PC 920930 1E1-04, 1E1-05, 1E1-06, 1E1-07,
1E1-081E1-04 3
1E1-05 -
1E1-06 6 9 12
1E1-07 PRESTO
1E1-08
10301120 PC 10201030 1E1-10, 1E1-11, 1E1-12, 1E1-13,
1E1-141E1-10
1E1-11 -
1E1-12
1E1-13
1E1-14 [1,2-b:4,5-b]
11301220 PC 11201130 1E1-16, 1E1-17, 1E1-18, 1E1-19,
1E1-201E1-16 (Z)-1,4--2,5-
1E1-17 Pescitelli, Gennaro
1E1-18 p-
1E1-19
1E1-20
327 13301430
PC 13201330 1E1-28, 1E1-29, 1E1-30, 1E1-31,1E1-32
1E1-28 (1)
1E1-29 (2)
1E1-30 2,9
1E1-31 2,3,9,10
1E1-32* -1,6-[10]
14401540 PC 14301440 1E1-35, 1E1-38, 1E1-39, 1E1-401E1-35
1E1-38 2,2-([2,3-c])
1E1-39
1E1-40 CHAMPAGNE, Benoit
15501650 PC 15401550 1E1-42, 1E1-43, 1E1-44, 1E1-45,
1E1-46, 1E1-471E1-42 -
1E1-43 [2,3-b:7,6-b][b]
1E1-44
1E1-45
1E1-46
1E1-47 TTF-4,5-
17001800 PC 16501700 1E1-49, 1E1-50, 1E1-51, 1E1-52,
1E1-53, 1E1-541E1-49 BF2
1E1-50
1E1-51
1E1-52
1E1-53 [5]
1E1-54 TTF
328 900 940
PC 850900 2E1-01, 2E1-02, 2E1-03, 2E1-042E1-01 Ni(0)
2E1-02 1,2- 2,3-
2E1-03 BODIPY
2E1-04 BODIPY
950 1050 PC 940950 2E1-06, 2E1-08, 2E1-102E1-06* [12]
2E1-08*
2E1-10*
11001150 PC 10501100 2E1-13, 2E1-152E1-13* 8 4
2E1-15
328
13001400 PC 12501300 2E1-25, 2E1-27, 2E1-292E1-25* 9-
-
348
2E1-27*
2E1-29* :
(FRET)
14101520 PC 14001410 2E1-32, 2E1-33, 2E1-34, 2E1-35,
2E1-37, 2E1-382E1-32
2E1-33 BODIPY
2E1-34 BODIPY
2E1-35*
2E1-37 3,3-
2E1-38 N,N-
15301630 PC 15201530 2E1-40, 2E1-41, 2E1-42, 2E1-43,
2E1-44, 2E1-452E1-40 ()
2E1-41
2E1-42 ()
2E1-43
2E1-44 2-
2E1-45 ()
16401740 PC 16301640 2E1-47, 2E1-48, 2E1-49, 2E1-50,
2E1-51, 2E1-522E1-47
2E1-48 -
2E1-49
2E1-50 9,10-
2E1-51 HUANG, Hsin-Hau
2E1-52
329 900 1020
PC 850900 3E1-01, 3E1-02, 3E1-03, 3E1-04,3E1-05, 3E1-06, 3E1-07, 3E1-08
3E1-01 1--2-(2-)-5-[5-()-2-]
3E1-02 1,3-
3E1-03
3E1-04
3E1-05 tert-N-
3E1-06
3E1-07 1H,2H-1,2-
3E1-08
IRLE,Stephan
10301140 PC 10201030 3E1-10, 3E1-12, 3E1-13, 3E1-153E1-10* ELERATO, JST
3E1-12 ERATO, JSTIlies, Laurean
3E1-13* peri-Xanthenoxanthene
3E1-15* FET JST-CREST
329 14301540
PC 14201430 3E1-34, 3E1-37, 3E1-38, 3E1-39,3E1-40
3E1-34
3E1-37 n OFET
3E1-38 FET
3E1-39 FETNHK
3E1-40 LUMO pentacene-5,12-dione
15501650 PC 15401550 3E1-42, 3E1-43, 3E1-44, 3E1-45,
3E1-46, 3E1-473E1-42
3E1-43 2,9- 3,10- FET
3E1-44 FET
3E1-45 2,8-(5--2-)OFET JST
3E1-46 JST
3E1-47 ERATO, JST
17001800 PC 16501700 3E1-49, 3E1-51, 3E1-52, 3E1-53,
3E1-543E1-49* p-
JST-CREST
3E1-51 [d,d][1,2-b:4,5-b]
3E1-52 nFET
3E1-53 TTFFET
3E1-54
-
349
330
900 1000 PC 850900 4E1-01, 4E1-02, 4E1-03, 4E1-04,
4E1-05, 4E1-064E1-01
4E1-02 3,3- FET
4E1-03 n
4E1-04 o----
4E1-05
4E1-06 FET
10101110 PC 10001010 4E1-08, 4E1-09, 4E1-10, 4E1-11,
4E1-12, 4E1-134E1-08 TTF
4E1-09
4E1-10 TTF
4E1-11
4E1-12 TTF
4E1-13
11201210 PC 11101120 4E1-15, 4E1-17, 4E1-18, 4E1-194E1-15*
4E1-17
4E1-18
4E1-19 1,6- 6-
330 13201420
PC 13101320 4E1-27, 4E1-28, 4E1-29, 4E1-30,4E1-31, 4E1-32
4E1-27
4E1-28
4E1-29
4E1-30 1,5-
4E1-31 6-
4E1-32
14301530 PC 14201430 4E1-34, 4E1-35, 4E1-36, 4E1-37,
4E1-38, 4E1-394E1-34
4E1-35
4E1-36
4E1-37
4E1-38
4E1-39
15401630 PC 15301540 4E1-41, 4E1-42, 4E1-43, 4E1-44,
4E1-454E1-41
4E1-42
4E1-43
4E1-44
4E1-45 2
E2 9 932
A
327
10001100 PC 9501000 1E2-07, 1E2-08, 1E2-09, 1E2-10,
1E2-11, 1E2-121E2-07
1E2-08
1E2-09
1E2-10 [2]
1E2-11 3
1E2-12
11101210 PC 11001110 1E2-14, 1E2-15, 1E2-16, 1E2-17,
1E2-18, 1E2-191E2-14
1E2-15 -
1E2-16 [5]
1E2-17
1E2-18
1E2-19
-
350
327
13201420 PC 13101320 1E2-27, 1E2-28, 1E2-29, 1E2-30,
1E2-31, 1E2-321E2-27 [6]
1E2-28 [4]
1E2-29
1E2-30 Ullmann 1,3-[4]
1E2-31 [4]
1E2-32
14301530 PC 14201430 1E2-34, 1E2-35, 1E2-36, 1E2-38,
1E2-391E2-34 JST
1E2-35 axsJST
1E2-36*axsJST
1E2-38
1E2-39
15401640 PC 15301540 1E2-41, 1E2-42, 1E2-43, 1E2-44,
1E2-45, 1E2-461E2-41 3
JST
1E2-42
1E2-43
1E2-44 JST
1E2-45 JST
1E2-46 JST
16501750 PC 16401650 1E2-48, 1E2-49, 1E2-50, 1E2-51,
1E2-52, 1E2-531E2-48
1E2-49
1E2-50 2JST
1E2-51 (1) Hg(II)JST
1E2-52 (2)Zn(II), Cd(II), Hg(II)JST
1E2-53 24 JST
328
900 1000 PC 850900 2E2-01, 2E2-02, 2E2-04, 2E2-05,
2E2-062E2-01 M12L24
CREST 2E2-02*
PRESTO
2E2-04 CREST
2E2-05 3
2E2-06
10101110 PC 10001010 2E2-08, 2E2-09, 2E2-10, 2E2-11,
2E2-12, 2E2-132E2-08
2E2-09
2E2-10
2E2-11 M12L24CREST
2E2-12 M12L24CREST
2E2-13 M12L24CREST
11201200 PC 11101120 2E2-15, 2E2-16, 2E2-182E2-15
2E2-16* Ti(IV) Pd(II)-Ti(IV)
JST
2E2-18 Trisaloph-
328 13101410
PC 13001310 2E2-26, 2E2-28, 2E2-29, 2E2-30,2E2-31
2E2-26* Double Stereodifferentiation
2E2-28 Pt(II)
2E2-29
2E2-30 BF2
2E2-31
14201520 PC 14101420 2E2-33, 2E2-34, 2E2-35, 2E2-36,
2E2-37, 2E2-382E2-33
JST
2E2-34 JST
2E2-35
2E2-36
2E2-37
-
351
2E2-38
15301630 PC 15201530 2E2-40, 2E2-41, 2E2-42, 2E2-43,
2E2-44, 2E2-452E2-40
2E2-41
2E2-42 Pybox
2E2-43
2E2-44# Kuwar, Anil S.Hao Jie
2E2-45
16401730 PC 16301640 2E2-47, 2E2-48, 2E2-49, 2E2-50,
2E2-512E2-47
JST
2E2-48 JST
2E2-49
2E2-50 JST/CREST
2E2-51 III
329
900 950 PC 850900 3E2-01, 3E2-02, 3E2-04, 3E2-053E2-01 -15--5- 2,2-
3E2-02*
3E2-04
3E2-05
10001040 PC 9501000 3E2-07, 3E2-09, 3E2-103E2-07* ERATO
3E2-09
3E2-10
10501130 PC 10401050 3E2-12, 3E2-13, 3E2-14, 3E2-153E2-12
3E2-13
3E2-14
3E2-15
329 14401540
PC 14301440 3E2-35, 3E2-36, 3E2-37, 3E2-38,3E2-39, 3E2-40
3E2-35 VDAC1
3E2-36 JST
3E2-37
3E2-38
3E2-39 3- 2,6-
3E2-40 KUWAR, Anil S.
15501650 PC 15401550 3E2-42, 3E2-43, 3E2-44, 3E2-45,
3E2-46, 3E2-473E2-42# II CH
3E2-43 JST
3E2-44 JST
3E2-45 JST
3E2-46
3E2-47
17001800 PC 16501700 3E2-49, 3E2-50, 3E2-51, 3E2-52,
3E2-53, 3E2-543E2-49
3E2-50
3E2-51
3E2-52 JST-PRESTO
3E2-53 1,4-
3E2-54
330
900 1000 PC 850900 4E2-01, 4E2-02, 4E2-03, 4E2-054E2-01 JST
4E2-02 JST
4E2-03*
4E2-05*
10101110 PC 10001010 4E2-08, 4E2-10, 4E2-11, 4E2-12,
4E2-134E2-08*
[12]LEI, ShengbinDE SCHRYVER, Frans C.DEFEYTER, Steven
4E2-10 4 2 ADISOEJOSO, J inneLEI,ShengbinDE SCHRYVER, Frans C.DE FEYTER,Steven
4E2-11
4E2-12
-
352
4E2-13
11201220 PC 11101120 4E2-15, 4E2-16, 4E2-17, 4E2-18,
4E2-19, 4E2-204E2-15 (1)
4E2-16 (2)
4E2-17
4E2-18
4E2-19
4E2-20
330 13301430
PC 13201330 4E2-28, 4E2-29, 4E2-30, 4E2-31,4E2-32
4E2-28
4E2-29
4E2-30 JST
4E2-31 JST
4E2-32* Khene, Samson
14401540 PC 14301440 4E2-35, 4E2-36, 4E2-37, 4E2-38,
4E2-39, 4E2-404E2-35
4E2-36
4E2-37
4E2-38 N-
4E2-39
4E2-40
15501650 PC 15401550 4E2-42, 4E2-43, 4E2-44, 4E2-45,
4E2-46, 4E2-474E2-42
4E2-43
4E2-44 PRESTO
4E2-45
4E2-46 -
4E2-47 n
E3 9 933
A
327
10001100 PC 9501000 1E3-07, 1E3-08, 1E3-09, 1E3-10,
1E3-11, 1E3-121E3-07 [60] ERATO
1E3-08# ERATOLacher, Sebastian
1E3-09 ERATO
1E3-10# [60] ERATO
1E3-11 ERATO
1E3-12 O-
11101210 PC 11001110 1E3-14, 1E3-15, 1E3-16, 1E3-171E3-14
1E3-15
1E3-16 2 TARA
1E3-17 JSTERATO-SORST
327 13201420
PC 13101320 1E3-27, 1E3-28, 1E3-29, 1E3-311E3-27 Diels-Alder
1E3-28 C60 Diels-Alder
1E3-29*2 La@C82 TARA Zdenek, Slanina
1E3-31*JST-PRESTO
14301530 PC 14201430 1E3-34, 1E3-36, 1E3-381E3-34* SORST,JST
1E3-36* - iCeMS
1E3-38* [70] ERATO
15401640 PC 15301540 1E3-41, 1E3-42, 1E3-43, 1E3-44,
1E3-45, 1E3-461E3-41 2 C70 [4+2]
1E3-42 [60] ERATO
-
353
1E3-43 [60] ERATO
1E3-44 [70] ERATO
1E3-45
1E3-46#
16501750 PC 16401650 1E3-48, 1E3-49, 1E3-50, 1E3-51,
1E3-52, 1E3-531E3-48# [60]
ERATO
1E3-49 INCS
1E3-50 [5]
1E3-51
1E3-52
1E3-53
328
900 1000 PC 850900 2E3-01, 2E3-02, 2E3-03, 2E3-04,
2E3-05, 2E3-062E3-01 -2-
2E3-02
2E3-03
2E3-04
2E3-05
2E3-06
10101110 PC 10001010 2E3-08, 2E3-09, 2E3-11, 2E3-122E3-08
2E3-09*
2E3-11 -
2E3-12*
11201220 PC 11101120 2E3-15, 2E3-17, 2E3-19, 2E3-202E3-15*
2E3-17* (1)
2E3-19 (2)
2E3-20 -
328 13301410
PC 13201330 2E3-28, 2E3-29, 2E3-30, 2E3-312E3-28
2E3-29
2E3-30 trans-5,6--5,6-
2E3-31
14201500 PC 14101420 2E3-33, 2E3-34, 2E3-35, 2E3-362E3-33
2E3-34 CDanti-O,O-[4]
2E3-35 J
2E3-36 unconventional
15101610 PC 15001510 2E3-38, 2E3-39, 2E3-40, 2E3-41,
2E3-42, 2E3-432E3-38 3
2E3-39
2E3-40
2E3-41
2E3-42 S,N3-
2E3-43
16201710 PC 16101620 2E3-45, 2E3-46, 2E3-47, 2E3-48,
2E3-492E3-45 - ZrCe
STM 2E3-46
2E3-47 -
2E3-48
2E3-49
329
900 950 PC 850900 3E3-01, 3E3-02, 3E3-03, 3E3-04,
3E3-053E3-01 [5]
3E3-02
3E3-03 [3]
3E3-04 9,9-
3E3-05
10001100 PC 9501000 3E3-07, 3E3-09, 3E3-113E3-07* p-
3E3-09*
-
354
3E3-11*
11101200 PC 11001110 3E3-14, 3E3-15, 3E3-16, 3E3-17,
3E3-183E3-14 SORST(JST)
3E3-15# PRESTO, JSTGulam, Rabbani MohammadSandanayaka, Atula S.D.
3E3-16
3E3-17 RuTPP-
3E3-18
329 14201520
PC 14101420 3E3-33, 3E3-34, 3E3-35, 3E3-36,3E3-37, 3E3-38
3E3-33
3E3-34
3E3-35 Claist
3E3-36
3E3-37 6
3E3-38
15301620 PC 15201530 3E3-40, 3E3-41, 3E3-42, 3E3-43,
3E3-443E3-40 2-(2-)
3E3-41 JST
3E3-42
3E3-43 -
3E3-44
16301720 PC 16201630 3E3-46, 3E3-47, 3E3-48, 3E3-49,
3E3-503E3-46 N2O2
3E3-47 N2O2
3E3-48
3E3-49
3E3-50
330
900 1000 PC 850900 4E3-01, 4E3-03, 4E3-054E3-01* -
4E3-03*
4E3-05*#
10101110 PC 10001010 4E3-08, 4E3-11, 4E3-134E3-08
4E3-11* JST
4E3-13 16
11201220 PC 11101120 4E3-15, 4E3-17, 4E3-194E3-15*
4E3-17*
4E3-19* meso-
E4 9 935
327
13001330 PC 12501300 1E4-25, 1E4-26, 1E4-27, 1E4-28,
1E4-291E4-25 (I)
1E4-26 (II)
1E4-27 Al
133013501E4-28 X
1E4-29
14001450 PC 13501400 1E4-31, 1E4-32, 1E4-341E4-31
1E4-32* B 1:1
1E4-34* B 1:1
15001610 PC 14501500 1E4-37, 1E4-38, 1E4-39, 1E4-40,
1E4-421E4-37 J
-
355
1E4-38
1E4-39 o- Ni slipped-stack
1E4-40* CHAMPAGNE, BenoitBOTEK, Edith
1E4-42* Ab initio MO-CI
16201710 PC 16101620 1E4-45, 1E4-46, 1E4-481E4-45 -p- Claisen
1E4-46* 6-
1E4-48*
17201800 PC 17101720 1E4-51, 1E4-52, 1E4-53, 1E4-541E4-51
1E4-52
1E4-53 Bis(catecholate)diboronBCD
1E4-54 Si3N4/Si(111)-88KEK-PF
328
910 1000 PC 900910 2E4-02, 2E4-03, 2E4-04, 2E4-05,
2E4-062E4-02 Ti Ag(100)
2E4-03 2 2,2-
2E4-04 2
2E4-05 2
2E4-06 ZnO
10101110 PC 10001010 2E4-08, 2E4-09, 2E4-10, 2E4-122E4-08 / 2
2E4-09 / 2
2E4-10*
2E4-12* C60-K
11201220 PC 11101120 2E4-15, 2E4-16, 2E4-17, 2E4-18,
2E4-19, 2E4-202E4-15
2E4-16 Ag(111) NEXAFS
2E4-17
2E4-18 KEK
2E4-19 (0001) C K-NEXAFS KEK-PF
2E4-20 XANES 5,6,7
328 13301430
PC 13201330 2E4-28, 2E4-29, 2E4-30, 2E4-31,2E4-32, 2E4-33
2E4-28 Pt/HOPG
2E4-29 HOPG Pt CO Pt
2E4-30 /
2E4-31 SFG Nafion/
2E4-32 SFG Pt(111) CO
2E4-33 Calmodulin
14401540 PC 14301440 2E4-35, 2E4-36, 2E4-37, 2E4-38,
2E4-39, 2E4-402E4-35 Cr2O3
2E4-36 Alq3/ two color SFG2E4-37 -
2E4-38
2E4-39 Rh(111) C-H
2E4-40 Rh(110), Pd(112) N2O N2
15501700 PC 15401550 2E4-42, 2E4-44, 2E4-45, 2E4-472E4-42* TiO2(011)
2E4-44 SrTiO3(001) GGA+U-DFT
2E4-45* Rh(111)
2E4-47*
329
/
900 950 PC 850900 3E4-01, 3E4-02, 3E4-03, 3E4-04,
3E4-053E4-01 -
3E4-02
3E4-03 CF2HCl(2)N2
3E4-04 N-H
3E4-05 9,9-
-
356
10001050 PC 9501000 3E4-07, 3E4-08, 3E4-09, 3E4-10,
3E4-113E4-07 (5,10,15,20-)(4-)(III) ( 3)
3E4-08 Synephrine
3E4-09
3E4-10 F4-TCNQ
3E4-11
11001150 PC 10501100 3E4-13, 3E4-15, 3E4-16, 3E4-173E4-13*
3E4-15
3E4-16 PMMA
Dang, Fuquan Biju, Vasudevanpillai
3E4-17 Virtual enantiomer
329
/
13001350 PC 12501300 3E4-25, 3E4-26, 3E4-27, 3E4-283E4-25
3E4-26
3E4-27 CO2
3E4-28*
14001440 PC 13501400 3E4-31, 3E4-32, 3E4-333E4-31
(3-)
3E4-32 9,9-Sun, Xue-ZhongGeorge, Michael W.
3E4-33*
14501550 PC 14401450 3E4-36, 3E4-37, 3E4-38, 3E4-39,
3E4-413E4-36 c P(356 cm-1
3E4-37
3E4-38 c CO
3E4-39*1064nmin vivo
3E4-41 CARS
16001640 PC 15501600 3E4-43, 3E4-44, 3E4-45, 3E4-463E4-43 He-
mAT
3E4-44 - 12
3E4-45 SFG
3E4-46
16501750 PC 16401650 3E4-48, 3E4-50, 3E4-52, 3E4-533E4-48*Biju, Vasudevanpillai
3E4-50*JST-MIZE IK I S , V y g a n t a sJUODKAZIS, Saulius
3E4-52
3E4-53 SNOM
330
900 1000 PC 850900 4E4-01, 4E4-02, 4E4-03, 4E4-04,
4E4-05, 4E4-064E4-01 CW/Pulsed-ENDOR 3 JST-CRESTRahimi, Robabeh
4E4-02 g-engineering- QCJST-CREST
4E4-03 CW ESRJST-CREST
4E4-04 QC FT-ESRJST-CREST
4E4-05 (1)
4E4-06 (2)
10101110 PC 10001010 4E4-08, 4E4-09, 4E4-10, 4E4-11,
4E4-12, 4E4-134E4-08 --SS ESR
4E4-09 NMR
4E4-10 NMR
4E4-11 31P CP MAS NMR
4E4-12 1H2H MAS NMR
4E4-13 -Cs3(HSO4)2[H2-x(SxP1-x)O4]1H NMR
-
357
E5 9 936
327
900 950 PC 850900 1E5-01, 1E5-02, 1E5-03, 1E5-04,
1E5-051E5-01
1E5-02
1E5-03
1E5-04
1E5-05 TOF-SIMS CsI
327 12401340
PC 12301240 1E5-23, 1E5-26, 1E5-281E5-23
1E5-26* -
1E5-28 ZnGeP2
13501450 PC 13401350 1E5-301E5-30
15001550 PC 14501500 1E5-37, 1E5-38, 1E5-39, 1E5-40,
1E5-411E5-37
1E5-38
1E5-39 1E5-40 1E5-41
16001640 PC 15501600 1E5-43, 1E5-451E5-43*
1E5-45*
16501720 PC 16401650 1E5-48, 1E5-49, 1E5-501E5-48 - Pt (2) Zhou, Wei Kim, Doseok
1E5-49 Mn12 X
1E5-50 NMR
17301800 PC 17201730 1E5-52, 1E5-53, 1E5-541E5-52 AFM
1E5-53
1E5-54
328 900 1000
PC 850900 2E5-01, 2E5-02, 2E5-03, 2E5-042E5-01
2E5-02
2E5-03 Toth, Remy
2E5-04
10101110 PC 10001010 2E5-08, 2E5-09, 2E5-10, 2E5-12,
2E5-132E5-08
2E5-09
2E5-10*
2E5-12
2E5-13
11201220 PC 11101120 2E5-152E5-15 X
328 13301430
PC 13201330 2E5-28, 2E5-29, 2E5-31, 2E5-32,2E5-33
2E5-28 HeLa
2E5-29*Crowding
2E5-31 DNAElizabeth, Getzoff
2E5-32 JST-MIZEIKIS, VygantasJUODKAZIS, Saulius
2E5-33 CdTe
14401540 PC 14301440 2E5-35, 2E5-37, 2E5-39, 2E5-402E5-35* MOF-5
CHOI, Jun Rye 2E5-37*
2E5-39 CdTe Nanowire
PAN, Lingyun
2E5-40 CdTe
15501650 PC 15401550 2E5-42, 2E5-44, 2E5-462E5-42* (NF-HD-TG) TiO2 (2)
2E5-44*
2E5-46*
-
358
329 900 930
PC 850900 3E5-01, 3E5-02, 3E5-03, 3E5-04,3E5-05
3E5-01
3E5-02
3E5-03
930 10203E5-04
3E5-05
PC 9501000 3E5-07, 3E5-08, 3E5-09, 3E5-10,3E5-11
3E5-07 ---
3E5-08 -C60
102010503E5-09
3E5-10
3E5-11 xanthone
11001130 PC 10501100 3E5-13, 3E5-14, 3E5-15, 3E5-16,
3E5-17, 3E5-183E5-13 Alq3 EL
3E5-14
3E5-15
113012003E5-16 -1-NIMS
3E5-17 EPR
3E5-18 II
Asian International Symposium-Physical Chemistry
329
Chair: LIU, Kopin130014203E5-25# Invited Lecture Size-specific reactions of transition metal clusters
ICHIHASHI, MasahikoKONDOW, Tamotsu3E5-27# Invited Lecture Reaction mechanism duality in O(1D2) + CD4
OD + CD3 identified from scattering distributions of rotationally stateselected CD3 OGI, YoshihiroKOHGUCHI, HiroshiSUZUKI,Toshinori
3E5-29# Keynote Lecture Applications of molecular beam techniques todynamics of bimolecular reactions and determination of photodissociation
cross sections LIN, Jim Jr-Min
Chair: OKAMOTO, Hiromi143015503E5-34# Invited Lecture Capturing the instantaneous structure of react-
ing polyatomic molecules by femtosecond time-domain Raman spectroscopy
TAKEUCHI, Satoshi
3E5-36# Invited Lecture Vibrational dynamics of small ions in solutionprobed with ultrafast nonlinear infrared spectroscopy OHTA, KaoruTOMINAGA, Keisuke
3E5-38# Keynote Lecture Structural dynamics in solution probed bytransient X-ray liquidography IHEE, Hyotcherl
Chair: HISHIKAWA, Akiyoshi160017203E5-43# Invited Lecture Coherent rotational and vibrational dynamics of
molecules induced by intense laser fields HASEGAWA, HirokazuOHSHIMA, Yasuhiro
3E5-45# Invited Lecture Ultrafast hydrogen migration in methanol andallene in intense laser fields OKINO, TomoyaXU, HuailianYAMANOUCHI, Kaoru
3E5-47# Keynote Lecture The angular distribution of high-order harmo-nic generation from molecules LIU, PengZENG, ZhinanLI,YuexunZHAO, ShitongLI, RuxinXU, Zhizhan
330
900 1000 PC 850900 4E5-01, 4E5-03, 4E5-054E5-01*
4E5-03*
4E5-05*
10101110 PC 10001010 4E5-08, 4E5-10, 4E5-124E5-08*#
Mostafavi, M.Lampre, I.
4E5-10*
4E5-12*
11201220 PC 11101120 4E5-15, 4E5-17, 4E5-194E5-15*
4E5-17*
4E5-19*
330 13301430
PC 13201330 4E5-28, 4E5-29, 4E5-31, 4E5-32,4E5-33
4E5-28
4E5-29*
4E5-31
4E5-32 PTFE
4E5-33 PTFE
14401530 PC 14301440 4E5-35, 4E5-37, 4E5-38, 4E5-394E5-35*
4E5-37
4E5-38
4E5-39 Cold Collision PF
-
359
E6 9 937
327
900 950 PC 850900 1E6-01, 1E6-03, 1E6-051E6-01* (N)
1E6-03*SORST
1E6-05 Poly(1- or 2-vinyl-naphtalene)
327 12301330
PC 12201230 1E6-22, 1E6-24, 1E6-261E6-22*
1E6-24*
1E6-26*
13401440 PC 13301340 1E6-29, 1E6-31, 1E6-33, 1E6-341E6-29* J LB
1E6-31*N,N--SORST,JST Guldi, Dirk M.Hirsch,Andreas
1E6-33# SORST,JST
1E6-34 CdTe -CUI, Shi-Cong
14501550 PC 14401450 1E6-36, 1E6-38, 1E6-39, 1E6-411E6-36* I W- ESRArgonne National LaboratoryUniv.o f F r e i b u r g POLUEKTOV, OlegUTSCHIG, LisaTHURNAUER, Marion C.KOTHE, Gerd
1E6-38 SORST (JST)
1E6-39* SORST,JSTGarcia, RachelKadish, Karl M.Crossley, Maxwell J.
1E6-41 9,9-CT
16001630 PC 15501600 1E6-43, 1E6-44, 1E6-45, 1E6-46,
1E6-471E6-43 -
1E6-44
1E6-45
163017001E6-46 N F K JASRI/
SPring-8
1E6-47* KJASRI/SPring-8
17101810 PC 17001710 1E6-50, 1E6-51, 1E6-53, 1E6-541E6-50 CH3O O2
1E6-51* 2
1E6-53
1E6-54* XUV-FEL
328 900 1000
PC 850900 2E6-01, 2E6-02, 2E6-03, 2E6-052E6-01 SWIFT
2E6-02 SWIFT
2E6-03* H3O+
2E6-05*
10101110 PC 10001010 2E6-08, 2E6-09, 2E6-10, 2E6-11,
2E6-132E6-08
2E6-09
2E6-10
2E6-11* -
2E6-13
11201220 PC 11101120 2E6-15, 2E6-17, 2E6-19, 2E6-202E6-15*#
2E6-17* JST CREST
2E6-19 Eu
2E6-20 8
328 13301400
PC 13201330 2E6-28, 2E6-292E6-28
2E6-29*
14101510 PC 14001410 2E6-32, 2E6-33, 2E6-35, 2E6-36,
2E6-372E6-32
2E6-33*
-
360
2E6-35
2E6-36
2E6-37 (4) pH
15201620 PC 15101520 2E6-39, 2E6-41, 2E6-42, 2E6-432E6-39*
2E6-41
2E6-42
2E6-43*
16301730 PC 16201630 2E6-46, 2E6-47, 2E6-48, 2E6-49,
2E6-50, 2E6-512E6-46 CIMA
2E6-47
2E6-48 BZ
2E6-49 2E6-50 BZ
2E6-51
B
329
10301130 PC 10201030 3E6-10, 3E6-12, 3E6-13, 3E6-153E6-10* JST
3E6-12 SORST,JST
3E6-13* (IV)SORST,JST
3E6-15
329 14201520
PC 14101420 3E6-33, 3E6-34, 3E6-36, 3E6-37,3E6-38
3E6-33
3E6-34*p-SORST
3E6-36 SORST,JST
3E6-37 1,5-
3E6-38 ESR
15301630 PC 15201530 3E6-40, 3E6-41, 3E6-42, 3E6-43,
3E6-44, 3E6-453E6-40 SORST/JST
3E6-41 (IV)SORST,JST
3E6-42 SORST
3E6-43 DNA
3E6-44 Ru(bpy)32+
3E6-45 -
16401740 PC 16301640 3E6-47, 3E6-48, 3E6-49, 3E6-50,
3E6-51, 3E6-523E6-47# 2- 4-RAHMAN, Badal Md.M.ALLEN, AnnetteTIDWELL, Thomas T.
3E6-48 1,3-
3E6-49
3E6-50
3E6-51
3E6-52 CREST
330 10001100
PC 9501000 4E6-07, 4E6-08, 4E6-10, 4E6-11,4E6-12
4E6-07 4
4E6-08* 2- LAKHDAR, SamiMAYR, Herbert
4E6-10
4E6-11 N,N--2-
4E6-12 4N-(-2-)-1--2-
11101220 PC 11001110 4E6-14, 4E6-15, 4E6-16, 4E6-17,
4E6-18, 4E6-19, 4E6-204E6-14 1-(4-)-2,2,2- Richard, John
4E6-15
4E6-16
4E6-17
4E6-18
4E6-19
4E6-20 1,1,2-[2,3]-Wittig
-
361
E7 9 949
327
13101410 PC 13001310 1E7-26, 1E7-27, 1E7-28, 1E7-29,
1E7-311E7-26
1E7-27 NMR 5CB
1E7-28
1E7-29*
1E7-31 - SR
14201520 PC 14101420 1E7-33, 1E7-34, 1E7-35, 1E7-36,
1E7-37, 1E7-381E7-33
1E7-34 CO2
1E7-35 -/ (2) Kim, Doseok
1E7-36 EPR
1E7-37
1E7-38
15301620 PC 15201530 1E7-40, 1E7-41, 1E7-42, 1E7-43,
1E7-441E7-40 [Rmim][Tf2N](R=)
1E7-41
1E7-42
1E7-43
1E7-44
328
900 1000 PC 850900 2E7-01, 2E7-03, 2E7-04, 2E7-062E7-01* iCeMS
2E7-03 iCeMS
2E7-04* Sc2C82TARA
2E7-06 TARA
10101050 PC 10001010 2E7-08, 2E7-102E7-08* La@C82 TARA
2E7-10* KAZAOUI, Said
11001140 PC 10501100 2E7-13, 2E7-14, 2E7-15, 2E7-162E7-13
2E7-14 C
2E7-15
TARA LU, Jing
2E7-16
328 12501340
PC 12401250 2E7-24, 2E7-25, 2E7-26, 2E7-27,2E7-28
2E7-24
2E7-25 C60 Ag
2E7-26
2E7-27
2E7-28 (BNNT) ZHI,ChunyiGOLBERG, DmitriTANG, Chengchun
13501450 PC 13401350 2E7-30, 2E7-32, 2E7-33, 2E7-34,
2E7-352E7-30* (I)
2E7-32 H2TPP C60
2E7-33 TTF- LB
2E7-34
2E7-35
15001550 PC 14501500 2E7-37, 2E7-38, 2E7-39, 2E7-40,
2E7-412E7-37
2E7-38
2E7-39 BDTDA
2E7-40
2E7-41
16001650 PC 15501600 2E7-43, 2E7-44, 2E7-462E7-43 Pyridine2
2E7-44* HOPG Nafion AFM Pankaj, Singh
-
362
2E7-46* 2
17001730 PC 16501700 2E7-49, 2E7-50, 2E7-512E7-49 2E7-50# Acid Adsorption Effect on the Magnetism of Nanographite in
Activated Carbon FibersHao, Si-JiaKang, Feiyu
2E7-51 Co-Pd Valiyaveettil, Suresh
329
900 1000 PC 850900 3E7-01, 3E7-02, 3E7-03, 3E7-05,
3E7-063E7-01 CuMo
3E7-02 SQUID RbMn[Fe(CN)6]
3E7-03* 4f-3d
3E7-05 BBDTAAuBr4
3E7-06 2 Qubit RAHIMI, Robabeh CARL, PatrikHOFER, Peter
10101110 PC 10001010 3E7-08, 3E7-09, 3E7-10, 3E7-12,
3E7-133E7-08
3E7-09
3E7-10* MX-Ladder [Pt(en)(bpy)I]4(NO3)8.16H2OJST-CREST
3E7-12 -d
3E7-13#
11201200 PC 11101120 3E7-15, 3E7-16, 3E7-17, 3E7-183E7-15 [Au(tmdt)2]
3E7-16
3E7-17
3E7-18 [Cu(tmdt)2]
329 13101410
PC 13001310 3E7-26, 3E7-27, 3E7-28, 3E7-29,3E7-30
3E7-26 TTF
3E7-27 (TMET-ST-STP)4ClO4
3E7-28 TTF
3E7-29 TTF
3E7-30*
14201520 PC 14101420 3E7-33, 3E7-35, 3E7-36, 3E7-373E7-33* -(BEDT-TTF)2IBr2
3E7-35# -(BEDT-TTF)2IBr2
3E7-36 TTF ESR
3E7-37*
15301630 PC 15201530 3E7-40, 3E7-42, 3E7-43, 3E7-44,
3E7-453E7-40* BEDT-TTF
3E7-42 STP
3E7-43 -(meso-DMBEDT-TTF)2PF6
3E7-44 DODHT
3E7-45 I
16401720 PC 16301640 3E7-47, 3E7-48, 3E7-49, 3E7-503E7-47
3E7-48 --(ET)2(PO-CONHC2H4SO3) (PO= 2,2,5,5-teramethyl-3-pyrrolin-1-oxyl free radical)
3E7-49 (cation)[Ni(dmit)2]2 (Cation = (CH3)3(CH2=CH)N+,
(C2H5)(CH3)3P+)Guil laume,
Darpin3E7-50 JST-CREST
F1 10 1011
E
327
930 1020 PC 920930 1F1-04, 1F1-05, 1F1-06, 1F1-07,
1F1-081F1-04 - 1,5-
1F1-05 [3+2]
1F1-06
1F1-07
1F1-08 //
10301120 PC 10201030 1F1-10, 1F1-11, 1F1-12, 1F1-13,
1F1-141F1-10 CpRu/2-
1F1-11 Cp*Ru(PN)
-
363
1F1-12 Cp*Ru(PN)
1F1-13 Cp*Ru
1F1-14 2,4-
11301220 PC 11201130 1F1-16, 1F1-17, 1F1-18, 1F1-19,
1F1-201F1-16
1F1-17 Phebox-Ru
1F1-18 Phebox-Ru
1F1-19 Ru/Pd
1F1-20
327 13301440
PC 13201330 1F1-28, 1F1-29, 1F1-30, 1F1-31,1F1-32, 1F1-33, 1F1-34
1F1-28 0
1F1-29 4
1F1-30 4
1F1-31
1F1-32
1F1-33
1F1-34 -
14501600 PC 14401450 1F1-36, 1F1-37, 1F1-38, 1F1-39,
1F1-411F1-36 -
1F1-37 -
1F1-38
1F1-39*
1F1-41*# N-H Phomkeona, Kesiny
16101720 PC 16001610 1F1-44, 1F1-46, 1F1-47, 1F1-48,
1F1-49, 1F1-501F1-44*
1F1-46
1F1-47 ortho-C-H
1F1-48 C-H
1F1-49 -CH
1F1-50
328 920 1010
PC 910920 2F1-03, 2F1-04, 2F1-05, 2F1-06,2F1-07
2F1-03 m- 2
2F1-04 R-Phos-
2F1-05
2F1-06 Pd
2F1-07
10201110 PC 10101020 2F1-09, 2F1-10, 2F1-11, 2F1-12,
2F1-132F1-09 -
2F1-10
2F1-11
2F1-12 -
2F1-13 C-H
11201220 PC 11101120 2F1-152F1-15
328 13301430
PC 13201330 2F1-28, 2F1-29, 2F1-30, 2F1-31,2F1-32, 2F1-33
2F1-28
2F1-29 -
2F1-30 -
2F1-31
2F1-32
2F1-33
14401540 PC 14301440 2F1-35, 2F1-37, 2F1-39, 2F1-402F1-35*
2F1-37* Pd(II)/Pd(IV)(1)[3.1.0]
2F1-39 Pd(II)/Pd(IV)(2)---
2F1-40 Pd(II)/Pd(IV)(3)Wacker
15501640 PC 15401550 2F1-42, 2F1-43, 2F1-44, 2F1-45,
-
364
2F1-462F1-42
2F1-43 /,-
2F1-44 C-N
2F1-45 4
2F1-46 Pd
16501730 PC 16401650 2F1-48, 2F1-49, 2F1-50, 2F1-512F1-48 Sonogashira
2F1-49 P,S- Sulfur-MOP
2F1-50
2F1-51 SORST
329 920 1010
PC 910920 3F1-03, 3F1-04, 3F1-05, 3F1-06,3F1-07
3F1-03 2--1,3-
3F1-04
3F1-05 N--- Buchwald-Hartwig
3F1-06 (1)
3F1-07 (2)
10201110 PC 10101020 3F1-09, 3F1-10, 3F1-11, 3F1-123F1-09 2-(2-)N-
3F1-10
3F1-11 ---
3F1-12* 1,5- 4--2-
11201220 PC 11101120 3F1-15, 3F1-183F1-15
3F1-18
329 13301440
PC 13201330 3F1-28, 3F1-29, 3F1-30, 3F1-32,3F1-34
3F1-28
3F1-29 3-()
3F1-30* 2-()
3F1-32*
3F1-34 N-
16401750 PC 16301640 3F1-47, 3F1-48, 3F1-49, 3F1-50,
3F1-51, 3F1-52, 3F1-533F1-47 Pd-SPRIX Wacker
3F1-48
3F1-49 1,1--1-
3F1-50 o-()[4+2]
3F1-51
3F1-52 2-
3F1-53 -
330 930 1020
PC 920930 4F1-04, 4F1-05, 4F1-06, 4F1-07,4F1-08
4F1-04 -----
4F1-05 ---[4+2]
4F1-06 ---[4+1]
4F1-07
4F1-08
10301120 PC 10201030 4F1-10, 4F1-11, 4F1-12, 4F1-13,
4F1-144F1-10
4F1-11
4F1-12 C-H
4F1-13 C-H C-Si
4F1-14 C-H C-H
11301220 PC 11201130 4F1-16, 4F1-17, 4F1-19, 4F1-204F1-16 C-H
4F1-17*JST-PRESTO
4F1-19 Pd/P[OCH(CF3)2]3 C-HJST-PRESTO
4F1-20 Ir/PCy3 C-HJST-PRESTOJOIN, Benoit
330 13301430
PC 13201330 4F1-28, 4F1-29, 4F1-30, 4F1-31,4F1-32, 4F1-33
4F1-28
-
365
4F1-29 Pd(II)//,-
4F1-30 Pd(II)//
4F1-31 2-()
4F1-32
4F1-33
14401530 PC 14301440 4F1-35, 4F1-36, 4F1-37, 4F1-38,
4F1-394F1-35 Pd(OAc)2 / HPMoV / CeCl3 / O2 3-
4F1-36 Pd(II)//
4F1-37
4F1-38 Heck
4F1-39 Pd 2-methyl-1,3-diene
15401630 PC 15301540 4F1-41, 4F1-42, 4F1-43, 4F1-44,
4F1-454F1-41
4F1-42
4F1-43 Pd
4F1-44
4F1-45 , ERATO
F2 10 1012
E
327
930 1020 PC 920930 1F2-04, 1F2-05, 1F2-06, 1F2-07,
1F2-081F2-04 1-
1F2-05
1F2-06 C-S P-P C-P
1F2-07 Rh
1F2-08 Rh
10301120 PC 10201030 1F2-10, 1F2-11, 1F2-12, 1F2-13,
1F2-141F2-10
1F2-11 o-
1F2-12#
1F2-13 1
1F2-14
11301220 PC 11201130 1F2-16, 1F2-17, 1F2-18, 1F2-19,
1F2-201F2-16 DMAP
1F2-17 1,1-
1F2-18
1F2-19 5- 2
1F2-20 RhCl3/
327 13301430
PC 13201330 1F2-28, 1F2-29, 1F2-30, 1F2-31,1F2-32, 1F2-33
1F2-28 /
1F2-29 1,4-
1F2-30 (Z)--
1F2-31
1F2-32
1F2-33 ,- 1,4-
14401540 PC 14301440 1F2-35, 1F2-36, 1F2-37, 1F2-391F2-35 [2+2+2]C2
1F2-36 [2+2+2]
1F2-37* RAWAL,Viresh H.
1F2-39*-
15501650 PC 15401550 1F2-42, 1F2-44, 1F2-45, 1F2-46,
1F2-471F2-42*
1F2-44
1F2-45
1F2-46 [2+2+2]
1F2-47 1,6-
17001810 PC 16501700 1F2-49, 1F2-50, 1F2-51, 1F2-52,
1F2-53, 1F2-54, 1F2-551F2-49
-
366
1F2-50
PERMANA, Yessi
1F2-51
1F2-52# 1,4-BRANCOUR,Celia DHIMAN, Anne-LiseFENSTERBANK, LouisMALACRIA, Max
1F2-53
1F2-54
1F2-55 3- 1-
328 900 950
PC 850900 2F2-01, 2F2-02, 2F2-03, 2F2-04,2F2-05
2F2-01 o-
2F2-02 [2+2+2]
2F2-03
2F2-04 P-
2F2-05
10001050 PC 9501000 2F2-07, 2F2-08, 2F2-09, 2F2-10,
2F2-112F2-07 1,6-
2F2-08 [2+2+2]
2F2-09 [2+2+2][9]
2F2-10 [5+2]
2F2-11 [2+2+2]
11001200 PC 10501100 2F2-13, 2F2-14, 2F2-15, 2F2-16,
2F2-17, 2F2-182F2-13
2F2-14
2F2-15
2F2-16 1- sp2C-H
2F2-17
2F2-18 C2 dppe
328 13101410
PC 13001310 2F2-26, 2F2-27, 2F2-28, 2F2-29,2F2-30, 2F2-31
2F2-26
2F2-27
2F2-28 Pd -
2F2-29# 2-
2F2-30
2F2-31 C-H
14201520 PC 14101420 2F2-33, 2F2-35, 2F2-36, 2F2-37,
2F2-382F2-33* ENSCP CARTIGNY, DamienAYAD, TaharRATOVELOMANANA-VIDAL,VirginieGENET, Jean-Pierre
2F2-35 2-ENSCP CARTIGNY, DamienAYAD, TaharRATOVELOMANANA-VIDAL,VirginieGENET, Jean-Pierre
2F2-36
2F2-37
2F2-38 PNP-pincer Ir
15301630 PC 15201530 2F2-40, 2F2-41, 2F2-42, 2F2-43,
2F2-44, 2F2-452F2-40
2F2-41 1,3- 2-
2F2-42 [2+2+2]
2F2-43 -Ir
2F2-44 Ir C-H
2F2-45 2,4-
16401730 PC 16301640 2F2-47, 2F2-48, 2F2-49, 2F2-50,
2F2-512F2-47
2F2-48
2F2-49 Cp*
2F2-50 1,2-
2F2-51
329 920 1010
PC 910920 3F2-03, 3F2-04, 3F2-05, 3F2-06,3F2-07
3F2-03 (1)
3F2-04 (2)
3F2-05 , ERATO
3F2-06 1,1-
-
367
3F2-07 -CF3
10201110 PC 10101020 3F2-09, 3F2-10, 3F2-11, 3F2-12,
3F2-133F2-09#
SORST
3F2-10
3F2-11
3F2-12
3F2-13
11201220 PC 11101120 3F2-15, 3F2-16, 3F2-17, 3F2-18,
3F2-193F2-15# II
SEEDS INNOVATION-JST
3F2-16
3F2-17
3F2-18 -syn-
3F2-19* 3 7-endoSORST
329 13301440
PC 13201330 3F2-28, 3F2-29, 3F2-30, 3F2-31,3F2-32, 3F2-33, 3F2-34
3F2-28 X
3F2-29 -,-[1+n]
3F2-30
3F2-31
3F2-32 - Fridel-CraftsBABU, S.A.
3F2-33
3F2-34
16401750 PC 16301640 3F2-47, 3F2-48, 3F2-49, 3F2-50,
3F2-51, 3F2-52, 3F2-533F2-47
3F2-48 3-[c]
3F2-49
3F2-50 In(OTf)3
3F2-51 -
3F2-52 3
3F2-53
330 930 1020
PC 920930 4F2-04, 4F2-05, 4F2-06, 4F2-07,4F2-08
4F2-04 Grignard
4F2-05 Grignard
4F2-06 2
4F2-07
4F2-08 ,,,- 1,4-
10301120 PC 10201030 4F2-10, 4F2-11, 4F2-12, 4F2-13,
4F2-144F2-10
4F2-11
4F2-12 SmI2-Pd(0) Barbier
4F2-13
4F2-14 TMP
11301220 PC 11201130 4F2-16, 4F2-17, 4F2-18, 4F2-194F2-16
4F2-17 Mannich
4F2-18
4F2-19* CBS
330 13301430
PC 13201330 4F2-28, 4F2-29, 4F2-30, 4F2-31,4F2-32, 4F2-33
4F2-28 vic-
4F2-29#
4F2-30
4F2-31
4F2-32
4F2-33
14401530 PC 14301440 4F2-35, 4F2-36, 4F2-37, 4F2-38,
4F2-394F2-35 2-[2-()]
4F2-36
4F2-37 N-II
-
368
4F2-38
4F2-39
15401630 PC 15301540 4F2-41, 4F2-42, 4F2-43, 4F2-44,
4F2-454F2-41 C-H
4F2-42
4F2-43
4F2-44 Mannich
4F2-45 ILIES, Laurean
F3 10 1013
E
327
V, Nb, W, Mn, Re
930 1020 PC 920930 1F3-04, 1F3-05, 1F3-06, 1F3-071F3-04 (V)
1F3-05
1F3-06
1F3-07*#Doss, Rajesh
10301120 PC 10201030 1F3-10, 1F3-11, 1F3-131F3-10 (2)
1F3-11* (0)
[5.3.0]
1F3-13* 1,3-[2 + 2 + 2]
11301220 PC 11201130 1F3-16, 1F3-17, 1F3-18, 1F3-19,
1F3-201F3-16 --
1F3-17
1F3-18
1F3-19 - 2-
1F3-20 -[3.3.1]
327 13301430
PC 13201330 1F3-28, 1F3-29, 1F3-30, 1F3-31,1F3-33
1F3-28 C-H
1F3-29
1F3-30
1F3-31*
1F3-33 -
Pt, Au
14401540 PC 14301440 1F3-35, 1F3-36, 1F3-37, 1F3-38,
1F3-39, 1F3-401F3-35
1F3-36
1F3-37 [6](II)
1F3-38 -
1F3-39 -,- 1,4
1F3-40 N-O
15501650 PC 15401550 1F3-42, 1F3-43, 1F3-44, 1F3-461F3-42 [3+2]
1F3-43 1F3-44*
1F3-46*
17001800 PC 16501700 1F3-49, 1F3-50, 1F3-51, 1F3-52,
1F3-53, 1F3-541F3-49 2--1- 1,2
-
1F3-50
1F3-51 sp3 C-H
1F3-52
1F3-53
1F3-54 -(I)
328
Ni
920 1010 PC 910920 2F3-03, 2F3-04, 2F3-05, 2F3-06,
2F3-072F3-03 Ni JST-PRESTOCANIVET,Jerome
2F3-04# NiJST-PRESTOBouffard, Jean
2F3-05
2F3-06 -
2F3-07
10201110 PC 10101020 2F3-09, 2F3-10, 2F3-11, 2F3-12,
2F3-132F3-09
-
369
2F3-10
2F3-11
2F3-12
2F3-13 KANYIVA, Kyalo S.
11201220 PC 11101120 2F3-15, 2F3-16, 2F3-17, 2F3-18,
2F3-19, 2F3-202F3-15
2F3-16
2F3-17 -
2F3-18 (0)
2F3-19 Ni AlMe3
2F3-20 Ni(0)
328
Ni
13301430 PC 13201330 2F3-28, 2F3-29, 2F3-30, 2F3-31,
2F3-322F3-28
2F3-29
2F3-30 3
2F3-31 3
2F3-32*
14401550 PC 14301440 2F3-35, 2F3-36, 2F3-38, 2F3-402F3-35
2F3-36*
2F3-38*# 2-KANYIVA, KyaloS.LOEBERMANN, Florian
2F3-40* [2+2+3] 7
16001710 PC 15501600 2F3-43, 2F3-44, 2F3-45, 2F3-46,
2F3-47, 2F3-48, 2F3-492F3-43 [4+3+2]
2F3-44 [4+3+2] 9
2F3-45 1,2,3--4(3H)-
2F3-46 (N)-1,2,3-
2F3-47 2F3-48
2F3-49
329
Fe
920 1010 PC 910920 3F3-03, 3F3-04, 3F3-05, 3F3-06,
3F3-073F3-03
3F3-04 ,--,-
3F3-05
3F3-06
3F3-07 Grignard
10201110 PC 10101020 3F3-09, 3F3-10, 3F3-11, 3F3-12,
3F3-133F3-09 -
3F3-10
3F3-11 (SciOPP)
3F3-12 (SciOPP)-
3F3-13 (SciOPP)--
11201220 PC 11101120 3F3-15, 3F3-16, 3F3-17, 3F3-18,
3F3-19, 3F3-203F3-15 2-Mizor-
oki-Heck 3F3-16 NORINDER, Jakob
3F3-17 2-
3F3-18 SORST
3F3-19# 3F3-20 Belousov-Zhabotinsky
329 13301440
PC 13201330 3F3-28, 3F3-29, 3F3-30, 3F3-31,3F3-32, 3F3-33, 3F3-34
3F3-28 1- 1-
3F3-29
3F3-30 ClickFerrophos
3F3-31 /ClickFerrophos
Ag
3F3-32 gem-
3F3-33
3F3-34
-
370
Zn
16401740 PC 16301640 3F3-47, 3F3-48, 3F3-49, 3F3-50,
3F3-51, 3F3-523F3-47
3F3-48
3F3-49 DFT
3F3-50 LiCl
3F3-51
3F3-52
330
Cu
930 1020 PC 920930 4F3-04, 4F3-05, 4F3-06, 4F3-074F3-04 Lewis
4F3-05 HUKUM. P,Acharya
4F3-06 2- 4 HUKUM. P, Acharya
4F3-07* 2-
10301120 PC 10201030 4F3-10, 4F3-11, 4F3-134F3-10
4F3-11*Cu-NHC Lee, YunmiGao,FangHoveyda, Amir
4F3-13*
11301220 PC 11201130 4F3-16, 4F3-18, 4F3-19, 4F3-204F3-16*
4F3-18
4F3-19 2
4F3-20
330
Cu
13301430 PC 13201330 4F3-28, 4F3-29, 4F3-30, 4F3-31,
4F3-32, 4F3-334F3-28 C-H
4F3-29
4F3-30 5-
4F3-31 : 2
4F3-32 C-HN-H(1)
4F3-33 C-HN-H(2)
14401540 PC 14301440 4F3-35, 4F3-36, 4F3-37, 4F3-38,
4F3-39, 4F3-404F3-35
4F3-36 (I)
4F3-37 (I)
4F3-38 JST
4F3-39 (I) 1--2-JST
4F3-40#(I)JST
15501700 PC 15401550 4F3-42, 4F3-43, 4F3-44, 4F3-45,
4F3-46, 4F3-47, 4F3-484F3-42
4F3-43
4F3-44
4F3-45
4F3-46
4F3-47 1,4-
4F3-48
F4 10 1022
G
327
13001400 PC 12501300 1F4-25, 1F4-27, 1F4-28, 1F4-29,
1F4-301F4-25*
1F4-27
1F4-28
1F4-29
1F4-30
14101510 PC 14001410 1F4-32, 1F4-34, 1F4-35, 1F4-361F4-32*
1F4-34
1F4-35
1F4-36*
15201620 PC 15101520 1F4-39, 1F4-40, 1F4-41, 1F4-43,
1F4-441F4-39 AlMXn One-pot
-
371
1F4-40
1F4-41*
1F4-43 pincer Ni Mi-chael
1F4-44 [2+2]
16301710 PC 16201630 1F4-46, 1F4-47, 1F4-48, 1F4-491F4-46
1F4-47 TEMPO DIEP, NguyenKim
1F4-48
1F4-49
17201800 PC 17101720 1F4-51, 1F4-52, 1F4-53, 1F4-541F4-51
1F4-52
1F4-53
1F4-54
328 10001100
PC 9501000 2F4-07, 2F4-09, 2F4-10, 2F4-122F4-07*
2F4-09
2F4-10* (BTF)(III)
2F4-12
11101150 PC 11001110 2F4-14, 2F4-15, 2F4-16, 2F4-172F4-14
2F4-15 Pd/TEMPO
2F4-16
2F4-17
12001250 PC 11501200 2F4-19, 2F4-20, 2F4-21, 2F4-22,
2F4-232F4-19 Mg
2F4-20 Mg
2F4-21 Mg Zulkeflee ,Dayana
2F4-22
2F4-23
B
329
900 950 PC 850900 3F4-01, 3F4-02, 3F4-03, 3F4-04,
3F4-053F4-01
3F4-02 2H-[b]-2-
3F4-03 5,5-
3F4-04 -2-
3F4-05 1,8-[(2-N--5-)]
10001050 PC 9501000 3F4-07, 3F4-08, 3F4-09, 3F4-10,
3F4-113F4-07 ()-
3F4-08
3F4-09 //
3F4-10 p,p
3F4-11 /
11001200 PC 10501100 3F4-13, 3F4-14, 3F4-15, 3F4-17,
3F4-183F4-13
3F4-14
3F4-15*
3F4-17
3F4-18 PRESTO
329 13101350
PC 13001310 3F4-26, 3F4-27, 3F4-293F4-26
3F4-27*
FET
3F4-29 [2.2.2]
14001430 PC 13501400 3F4-31, 3F4-323F4-31
3F4-32* -
330 900 950
PC 850900 4F4-01, 4F4-02, 4F4-03, 4F4-04,4F4-05
4F4-01 m-p-
-
372
4F4-02 /
4F4-03 /
4F4-04 16 (F16 -QNOL)
4F4-05 [2+2][2+4]CREST
10001050 PC 9501000 4F4-07, 4F4-09, 4F4-10, 4F4-114F4-07*SORST
4F4-09 PRESTO
4F4-10 2
4F4-11
11001150 PC 10501100 4F4-13, 4F4-14, 4F4-16, 4F4-174F4-13 anti SN2R-R-
4F4-14* - SN2(S)-
4F4-16 (1): SORST
4F4-17 (2):
330 13001350
PC 12501300 4F4-25, 4F4-26, 4F4-27, 4F4-28,4F4-29
4F4-25# SORST
4F4-26# SORST
4F4-27 5,14-SORST
4F4-28
4F4-29# C3
14001500 PC 13501400 4F4-31, 4F4-32, 4F4-34, 4F4-35,
4F4-364F4-31 [4]
4F4-32*
4F4-34
4F4-35
4F4-36 JugloneJung, Sunna
15101610 PC 15001510 4F4-38, 4F4-39, 4F4-40, 4F4-41,
4F4-42, 4F4-434F4-38 ()
4F4-39 Friedel-Crafts
4F4-40
4F4-41 4-
4F4-42 6,13--2,3,9,10-
SORST
4F4-43# SORST
F5 10 1023
F
327
940 1040 PC 930940 1F