2010A: Non-Proprietary Grant-Aid Proposals
CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp
| S/N | Proposal Number | Proposal Title | Project Leader | Affiliation | Affiliation Category | Research Category | Shifts | Country | Beamline | Proprietary(P) /Non-proprietary(Np) |
1 |
2010A1016 |
Depth-resolved XAFS Study on Cathode Composite of Lithium-ion Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL01B1 |
Np |
2 |
2010A1017 |
Time-resolved XAFS Study on Reaction Mechanism of Olivine-type Cathode Composite of Lithium-ion Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL01B1 |
Np |
3 |
2010A1004 |
Phase relation, electrical conductivity and isotope effect of FeH(D)x system under pressure |
Akihiko Machida |
JAEA |
National and Nonprofit Organization |
Materials Science and Engineering |
18 |
Japan |
BL10XU |
Np |
4 |
2010A1001 |
Catalyst design of gold clusters through junction effect with metal oxides, carbon, and polymers |
Masatake Haruta |
Tokyo Metropolitan University |
Educational Organization |
Materials Science and Engineering |
6 |
Japan |
BL14B2 |
Np |
5 |
2010A1009 |
Analysis on the Nano-scale structure of the automotive catalyst under the redox atmosphere (5) |
Yasuo Nishihata |
JAEA |
National and Nonprofit Organization |
Industrial Applications |
3 |
Japan |
BL14B2 |
Np |
6 |
2010A1018 |
In-situ XAFS Study on Metal Fluoride Conversion Reactions of Lithium-ion Battery Anodes |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL14B2 |
Np |
7 |
2010A1019 |
In-situ XAFS Study on Degradation Mechanism of LiNi1/3Mn1/3Co1/3O2 Cathode of Lithium-ion Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
6 |
Japan |
BL14B2 |
Np |
8 |
2010A1890 |
Microstructure-analyses of bi-metallic supported catalysts by XAFS |
Yasushi Sekine |
Waseda University |
Educational Organization |
Chemical Science |
4 |
Japan |
BL14B2 |
Np |
9 |
2010A1892 |
R&D of High-Performance Li-Ion Battery for Plug-in Hybrid Vehicles II |
Masahiro Shikano |
National Institute of Advanced Industrial Science and Technology |
National and Nonprofit Organization |
Industrial Applications |
3 |
Japan |
BL14B2 |
Np |
10 |
2010A1893 |
Analysis on the Nano-scale structure of the automotive catalyst under the redox atmosphere (6) |
Yasuo Nishihata |
JAEA |
National and Nonprofit Organization |
Industrial Applications |
3 |
Japan |
BL14B2 |
Np |
11 |
2010A1896 |
XAFS Analysis for Transition metal oxides catalysts |
Yasunari Hanaki |
Nissan Motor Co., Ltd. |
Industry |
Industrial Applications |
15 |
Japan |
BL14B2 |
Np |
12 |
2010A1888 |
Investigation of quantification of retained-austenite in high strength steel weld by using synchrotron radiation |
Hidenori Terasaki |
Osaka University |
Educational Organization |
Industrial Applications |
3 |
Japan |
BL19B2 |
Np |
13 |
2010A1891 |
R&D of High-Performance Li-Ion Battery for Plug-in Hybrid Vehicles I |
Masahiro Shikano |
National Institute of Advanced Industrial Science and Technology |
National and Nonprofit Organization |
Industrial Applications |
3 |
Japan |
BL19B2 |
Np |
14 |
2010A1894 |
Crystal sturcutral changes in copper-containing oxides during redox process |
Yoshinori Arachi |
Kansai University |
Educational Organization |
Materials Science and Engineering |
3 |
Japan |
BL19B2 |
Np |
15 |
2010A1006 |
Soft x-ray angle-resolved photoemission study of Ce compounds with 115- and 122- structures to clarify the temperature-dependent 4f electronic structure |
Akira Sekiyama |
Osaka University |
Educational Organization |
Materials Science and Engineering |
15 |
Japan |
BL25SU |
Np |
16 |
2010A1007 |
Electronic states of amide systems for hydrogen storage materials |
Akihiko Machida |
JAEA |
National and Nonprofit Organization |
Materials Science and Engineering |
6 |
Japan |
BL27SU |
Np |
17 |
2010A1014 |
Time-resolved DXAFS Study on Reaction Mechanism of Cathode Composite of Lithium-ion Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL28B2 |
Np |
18 |
2010A1011 |
In situ X-ray fluorescence analysis of silicate melts and aqueous fluids at high-pressure and high-temperature using diamond anvil cell |
Tetsu Kogiso |
Kyoto University |
Educational Organization |
Earth and Planetary Science |
3 |
Japan |
BL37XU |
Np |
19 |
2010A1015 |
Depth-resolved XAFS Study on Electrode/Electrolyte Interfacial Layer for Lithium Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL37XU |
Np |
20 |
2010A1020 |
Micro XAFS Study on Degradation Mechanism of LiNi1/3Mn1/3Co1/3O2 Cathode Active Materials of Lithium-ion Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL37XU |
Np |
21 |
2010A1012 |
Structural Determination of Multicomponent Self-Assembled Complex by Single-crystal Synchrotron Study |
Makoto Fujita |
The University of Tokyo |
Educational Organization |
Chemical Science |
3 |
Japan |
BL38B1 |
Np |
22 |
2010A1005 |
Magnetic states of 3d transition metal hydrides (CoHx, NIHx) under high pressure probed by XMCD |
Akihiko Machida |
JAEA |
National and Nonprofit Organization |
Materials Science and Engineering |
15 |
Japan |
BL39XU |
Np |
23 |
2010A1003 |
Local chain conformation of sulfobetaine polyzwitterions in aqueous solutions with various salts |
Atsushi Takahara |
Kyushu University |
Educational Organization |
Chemical Science |
6 |
Japan |
BL40B2 |
Np |
24 |
2010A1010 |
Protein Crystallographic Analyses on Targeted Proteins Research Program |
Masaki Yamamoto |
RIKEN |
National and Nonprofit Organization |
Life Science |
18 |
Japan |
BL41XU |
Np |
25 |
2010A1889 |
in-situ observation of microstructural development of welding wire under the thermal cycle of welding |
Hidenori Terasaki |
Osaka University |
Educational Organization |
Industrial Applications |
9 |
Japan |
BL46XU |
Np |
26 |
2010A1002 |
Determination of the iron and copper valence in a charge-disproportionation compound CaCu3Fe4O12 and investigation of the charge-disproportionation mechanism using Hard X-ray Photoemission spectroscopy |
Yuichi Shimakawa |
Kyoto University |
Educational Organization |
Materials Science and Engineering |
9 |
Japan |
BL47XU |
Np |
27 |
2010A1008 |
Evaluation tests of contrast enhancement and sample damage for visualizing the nano-structure of the neural tissue using high resolution hard x-ray tomography |
Haruo Mizutani |
The University of Tokyo |
Educational Organization |
Life Science |
6 |
Japan |
BL47XU |
Np |
28 |
2010A1013 |
Investigation of 3-dimenndional structure of lithium-ion battery cathode containing olivine-type active mass, binder, and carbon materials by X-ray CT |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
6 |
Japan |
BL47XU |
Np |
29 |
2010A1021 |
HXPES Study on Degradation Mechanism of LiNi1/3Mn1/3Co1/3O2 Cathode Active Materials of Lithium-ion Secondary Batteries |
Zempachi Ogumi |
Kyoto University |
Educational Organization |
Chemical Science |
6 |
Japan |
BL47XU |
Np |
30 |
2010A1022 |
Direct observation of micro structures of porous electrodes for solid oxide fuel cells |
Tatsuya Kawada |
Tohoku University |
Educational Organization |
Chemical Science |
9 |
Japan |
BL47XU |
Np |