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êC100 nm I[_ÍêÊIÉÈÁÄ¢Ü·Bµ¢Äpõ¹Å·BÈ©ÅàI[XgAÆãCÌVµ¢ 2 õ¹ÍCÙÈÁ½oÜÅÝC§¿ãªèCÀú{©çàöï·ÌO[imÌbðÍ¶ßÆ·é½­Ì­\ªèÜµ½Böï·Ì­\ÍäªÉ¨ÉÎÆIÅ¨àµë©Á½Å·BLamb ³öÍCI[Xg¯éúËõª¡Ü³ÉlÞªø¦é¹CGlM[CÂAÌúËõR~jeB[R~«ÌâèÉÇ¤§¿ü©¢CÇ¤ðµÄ¢­©ðJÉjeB[ª±êÜÅÇ160  úËõ May 2011 Vol.24 No.3
(C) 2011 The Japanese Society for Synchrotron Radiation ResearchúËõj[X ¡ ïcñb³ê½àÌÅC±ÌªìÉ¨¯éäªÌæ±«ðóÛ

processes taken by X­ray pulses from synchrotron sourcesÃ¯Üµ½BGlM[ XPS ÉæéoNdqóÔÌ

(Lin Chen, ANL/Northwestern, United States)¤ic±Fæ¶C¤jâªU^Ôªð XANESÉæé\Ê½ÌÇÕiß¡°æ¶CcäåwjÈÇÌñ(B) Emerging Synchrotron Techniques and Applica­ªÈ³êÜµ½Btions

5 NãÌ Pacichem Åà±ÌúËõÌ»wÆÞ¿ÖÌ

December 19, 12:30 pm_4:30 pm, 313C (Convention Cen­pÌZbVªÝ¯çêéÆv¢Ü·B{iÒ­µ½ter)

XFEL Ì¬Êª­\³êCMµ½c_ªJèL°çê

Chair: Lin Chen (ANL/Northwestern)éÆv¢Ü·ÌÅC¥ñ²QÁº³¢B

12:30_1:00 Cheaper, faster, and sometimes better ap­¡ñ¢­ÂàÌéÆÉT|[gð¢½¾«Üµ½BÈ©

proach to X­ray emission spectroscopy of actinides, lan­Åà RigakuCI~NCTVmCKEVCPascal Éthanides, and transition metals: A user's guide to miniXSÍC¨¢bÉÈèÜµ½B±ÌêðØèÄ´Ó¢½µÜ(Gerald Seidler, U. Washington, United States)·BÜ½C\èµÄ¢½uÒÌJÃú¼OÌËRÌL

1:00_1:30 Hard X­ray photoelectron spectroscopy: Im­ZÌ½ßCïêÅ}Éãðð¨è¢µCõ­ø«ó¯

portant characteristics and typical applications (YasutakaÄ¢½¾¢½Y¤Ìã±qmÉà´Ó¢½µÜ·B

Takata, Riken/Spring8, Japan)ÅãÉC¡ñÌéæÉQÁµÄ¢½¾¢½·×ÄÌûXÉ

1:30_2:00 Self­assembled building blocks for articial pho­´ÓµÄ¡ñÌñð÷ßÜ·B

tosynthesis: Correlating SAXS/WAXS structures obtainedin solution with photo­driven charge transport (MichaelvO

Wasielewski, Northwestern U, United States)(A) New Synchrotron Radiation Facilities/Research

2:00_2:20 Novel synchrotron X­ray imaging and diractionin the Pacic Rim

tomographic techniques for phase transition studies ofDecember 19, 7:30 am_11:30 am, 313C (Convention Cen­

amorphous materials under high pressure conditions (Lu­ter)hong Wang, Harbin Institute of Technology, China)

Chair: Tsun­Kong (T.K.) Sham, (Western Ontario)

2:20_2:40 Time­resolved X­ray excited optical lumines­

07:30_08:00

cence (TRXEOL) capability development at the CanadianThebrightest

lightinthesouthernhemisphere: the Australian Synchrotron\the rst three

Light Source (Tom Regier, CLS, Canada)

years (Robert Lamb, U. of Melbourne, Australia)

2:40_3:00 Characterization of inner organic thin lms

08:00_08:30 The Canadian Light Source: opportunities forbeneath metal electrodes with applied bias by uorescence

the next ten years (Joesef Hormes, CLS, Canada)

yield X­ray absorption spectroscopy (Hiroyuki Kato, Ad­

08:30_09:00 Current status of Shanghai Synchrotron Radi­vanced Science Institute, RIKEN, Japan.)ation Facility (Xu Hong­Jie, SSRF, China)

3:00_3:30 Ultrafast optical and X­ray studies of molecular

09:00_09:20 STXM spectro­nanoscopy of individual car­electronic and structural changes in solutions (Chrisbon nanotubes and nanohybrids for chemical and structural

Milne, Ecole Polytechnique F áed áerale, Switzerland)

information (Jean Jacques Pireaux, U. of Namur, Belgi­

3:30_4:00 Femtosecond atomic response to ultraintense X­um)

rays from the LCLS (Linda Young, APS, United States)

09:20_09:40 Synchrotron radiation X­ray uorescence

4:00_4:30 Synchrotron­based picosecond pump­probe X­

mapping of cobalt ferrite nanoparticles in Balb/3T3 brob­

ray liquidography (solution scattering) to probe solution

last cells (Alessandra Gianoncelli, ELETTRA, Sincro­

phase structural dynamics (Hyotcherl Ihee, KAIST,trone Trieste, Italy)

Korea)

09:40_10:00 Chemical crystallography at the Advanced
Light Source: Synchrotron Light illuminates exciting(C) Materials, Industrial and Environmental Applica­

science (Christine Beavers, ALS, United States)tions

10:00_10:30 Applications of synchrotron radiation toDecember 20, 7:30 am_11:30 am, 313C (Convention Cen­``Green nanotech'' devices in Japan (Masasharu Oshima,ter)U. of Tokyo, Japan)

Chair: Kiyotaka Asakura (Hokkaido University)

10:30_11:00 World's rst X­ray free electron laser: Brief

07:30_08:00 In­situ monitoring of surface chemical reac­

overview of LCLS and prospects for future science (Keithtion with synchrotron­based core­level spectroscopies: Dis­

Hodgson, SLAC, United States)

persive_NEXAFS and ambient­pressure XPS (Hiroshi

11:00_11:30 Molecular snapshot in solar energy conversion

Kondo, Keio U., Japan)

úËõ May 2011 Vol.24 No.3  161

08:00_08:20 Proving the NaYF4/NaGdF4 nanocrystal core

9:30_10:00 In situ X­ray techniques for electrochemical in­/shell structure using variable­energy synchrotron radia­

terfaces (Kee­Chul Chang, ANL, United States)tion photoelectron spectroscopy (Keith Abel, U. of Victor­

10:00_10:30 Speciation of various elements in aerosols byia, Canada.)

XAFS and its environmental implications (Yoshio Taka­

08:20_08:50 Nanoscale magnetism studied by X­ray mag­hashi, Hiroshima U., Japan.)

netic circular dichroism in a scanning transmission X­ray

10:30_10 50 New Catalysis of Cyanide­Treated Au/TS_1,microscope (Adam Hitchcock, McMaster U Canada)(Kyoko Bando, National Institute of Advanced Industrial

08:50 _09:10

Science and Technology,Japan)

Synchrotron

photoemission

electronmicroscopy (PEEM) and time­of­ight secondary ion mass

10:50_
11:10 Polarization dependent total­reection uores­

spectrometry (ToF_SIMS) investigation of oxidized heter­cence (PTRF) XAFS analysis of Au11 clusters on TiO2

ogeneous pentlandite, pyrrhotite and chalcopyrite (David(110) surface (Satoru Takakusagi, Hokkaido U., Japan)

Beattie, U. of South Australia, Australia)

11:10_11:30 Time­resolved DXAFS study on phase segre­

09:10_09:30 Comparison of atomic­scale cation relocations

gation processes of PtSn alloy nanoparticles at surfaces

in redox of VOX and WOX supported on a_Fe2O3(0001)(Yohei Uemura, KEK_PF, Tsukuba, Japan)(Chang­Yong Kim, CLS, Canada)

162  úËõ May 2011 Vol.24 No.3