Read 5_program_poster_v12.xls text version

17:00 1P001 1P002 1P003* MOF [2+2+2] N-

18:00,

18:00

19:00

1,1'-

1P004* 1P005* 1P006* ALCA JST 1P007* 1P008* 1P009* 1P010* 1P011 1P012 N1,14-

1P013* 1P014 1P015* 1P016* 1P017 QM/MC/FEP S N2

1P018* 1P019* 1P020 1,2-

1P021* 1P022*

1P023 1P024* 1P025* 1P026 1P027 1P028

33

[3] Martin-Lingand Martin-Ligand 6

S, 77Se, and 125Te NMR

16

INCS 1P029* 1P030* 1P031 21-

JST CREST

1P032* 1P033* 1P034* 1P035* 1P036* 1P037 1P038 1P039* 1P040* 1P041* 1P042* 1P043* 1P044* 1P045 1P046* 1P047* ( 2,2-1,3) 1,3 2 JST CREST 6,6'( JST CREST [2,3-c] ) (3-2) 3-2,3-

1P048 1P049* 1P050 1P051* 1P052 1P053* 1P054* 1,2TEMPO Diels-Alder -4,6(tert)

1P055* TARA 1P056* [email protected](9)-C82 TARA 1P057 TARA Slanina 1P058* 1P059* TARA 1P060 TARA 1P061* ALCA JST L. SESSLER 1P062* TARA 1P063 TARA 1P064 1P065* Simon Fraser 1P066* 1P067* 1P068* 1P069 1P070* Wong Edwin Leznoff Daniel TTF C60 [4] [email protected] Vincent M. LYNCH Jonathan Zdenek Slanina Zdenek Slanina La TARA [email protected] Zdenek Zdenek Slanina

1P071* JST 1P072* 1P073* 1P074* 1P075* 1P076* (1 ) 19 N-

1P077 1P078* C70

1P079* 1P080* 1P081*

1P082* 1P083 1P084 1P085* JST 1P086* 1P087 1P088* 1P089* 2,2'-1,1'N-

face-on -DABCO-

edge-on -

STM

SAM -6,6'(4) MOF

Graham Neil Newton 1P090* TIMS 1P091 JST CREST 1P092* 1P093 1P094 JST CREST

1P095 1P096* 1P097*

1P098* 1P099 1P100* 1P101

m-

[3]

ERATO-SORST 1P102* 1P103* 1P104 1P105* Rigid CH/O 1P106 1P107* 1P108* 1P109* 1P110* 1P111* 1P112* 1P113* stiff-stilbene -15-5 CD Li6O6 PVC Fe2+/Fe3+ phencyclone 2[5] CH/

1P114 1P115* 1P116 1P117* 1P118* 1,8

-

[CH...A-]

Pillar[5]arene

1P119* 1P120*

1P121 Arkasish Bandyopadhyay 1P122 1P123* 1P124* Bergman [n] -2,7[a,c] EL 1P125* 1P126* 1P127 Jeffrey S. Moore 1P128* 1P129* JST 1P130 1,6[10] [12] [12] [12] Dustin Gross Yuan Gao [18]

1P131* 1P132* 1P133* Friedel-Crafts 1P134 1P135* 1P136* 1P137* 1P138 IICT 1P139* 1P140* JST 1P141* Guillaume M. O. Favier 1,8Uppula Purushotham Soujanya Yarasi G. Narahari Sastry 5,12: (II) 1,1-1-

1P142*

9-

-1, 8

1P143* 1P144

p3-

1P145*

1P146 1P147* 1P148 1P149 1P150* 1P151* 1P152*

310,10[2.2] [2.2]

2-

-1,4-

[2.2]

2 NAIST

1P153* NIMS 1P154* 1-(2-Naphthyl)ethylamine NIMS

1P155* NAIST 1P156*

1P157* NAIST 1P158* 1P159 1P160* 1P161 1,3BF2 CD

1P162

UV-NIL

1P163* 1P164* 1P165 1P166* 1P167* 1P168* 1P169* 1P170* 1P171* 1P172* 1P173* 1P174* 1P175 1P176* 11,6[10] [1,5-a] -3,4DPP TIMS pH

1P177 1P178* ( ) -

1P179*

-

1P180 1P181 1P182 1P183* 1P184 1P185* 1P186* JST

NDXs

FET Diketopyrrolopyrrole

COT n FET

14:00 2P001* 2P002* 2P003* 13-

15:00,

15:00

16:00

2P004 2P005* 2P006 2P007 2P008* 2P009* 2P010* NHC 2-

-

-1,3-

/

2P011 2P012

Carroll

Ireland E, Z STS

2P013* 2P014* 2P015 2P016* DFT 2P017 BASE 2P018 2P019 2P020 2P021 2P022* ( ) ( II ) QM/MC/FEP Heck NMR -CF3 2-

2P023* 2P024* 2P025* 2P026 2P027* 2P028 2P029* 2P030* 2P031 2P032* 2P033 2P034 2P035* 2P036* 2P037* 1,31,3-21,3[5] [n] 1,2Jing-Dong Guo Si2N2 1,3(9)

2P038 2P039 2P040 2P041* 2P042 2P043 2P044* JST CREST 2P045*

14 TTF

8

1,34n 8

[6]

2P046* 2P047* -1,3-

2P048* 2P049* 2P050* 2P051* 2P052

2P053 2P054 2P055 2P056 2P057* 2P058* 2P059*

1,4-

-1,4-

TEMPO

BODIPYC60 [2+2]

TARA 2P060* TARA 2P061 TARA 2P062* TARA 2P063* TARA 2P064* [email protected] TARA Maria Angeles HERRANZ Nazario MARTIN 2P065* Derkacheva 2P066* 2P067* 2P068* 2P069* 2P070* 9,10INCS [8] Organic Intermediates and Dyes Institute Evgeny A. Luk'yanets Valentina M. [email protected] [email protected]

2P071 2P072* 2P073* 2P074 2P075* 16 Houston John Mack Kim 2P076* Yonsei Zhen Fu Karl M. Kadish Young Mo Sung Kil Suk Kim Dongho N-

2P077* 2P078* 2P079* 2P080* 2P081 2P082* 2P083 2P084* 2P085* 2P086 2P087 2P088* 2P089 JST 2P090 2P091* (111) NIMS MANA NIMS GREEN 2P092 2,2'-1,1'-3,3'MOF SPECT meso) Zn

2P093* 2P094

2

2P095* Newton 2P096* 2P097* 2P098 2P099* 2P100* 2P101* 2P102 2P103*

Cu(I/II)9 Graham N.

(II) MOF [3.3](3,9)

2P104 M.R. Caira 2P105 2P106 2P107 JST 2P108* 2P109* 2P110 2P111* 2P112* 2P113* 2P114* 2P115* 2P116* 2P117 2P118* 2P119 TTF [1] : [2] Pillar[5]arene [2] CO2 2-1[4]

2P120 2P121 2P122 N-

2P123* TIMS 2P124* 2P125* 2P126* 2P127* 2P128 Pillar[5]arene

2P129* 2P130* 2P131* 2P132* L. Sessler 2P133* Friedel Crafts 2P134 2P135* 2P136 2P137* 2P138 ( 2P139* [g,p] ALCA JST Karl M. Kadish (F-PAH) :

TCNE

[2 + 2]

Jonathan (III) 1,1-

2P140 2P141 2P142* 2P143

(2E,4E)-1-(2-

)-4-(31

)-1,3-

(2E,4E)-1,4-

(3-

)-1,3-

2P144 2P145 2P146* 2P147* 2P148 2P149* 2P150* 2P151* 2P152* 2P153* 2P154* 2P155* [6] SNAr

Umpolung

[2.3](3,9)

[2+2+2]

TIMS 2P156* JST CREST 2P157* 2P158* 2P159 2P160* 2P161* 2P162 2P163* 2P164* 2P165* 2P166* NpN,NESIPT 2[3.2.1] -3,6STM LH1

2P167 2P168*

2P169* 2P170 2P171* 2P172* 2P173* 2P174* 2P175*

2,6-

/

JST 2P176*

2P177* 2P178* 2P179 2

FET

JST CREST 2P180* JST CREST

2P181 2P182 2P183 JST 2P184 2P185* 5,10TTP

TTP

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