General Proposals 2008B (3/9)
S/N | #1-50 | #51-100 | #101-150 | #151-200 | #201-250 | #251-300 | #301-350 | #351-400 | #401-427 |
CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp
"Title for Public Announcement" is shown for proprietary proposal.
S/N |
Proposal Number |
Project Leader |
Proposal Title |
Affiliation |
Affiliation Category |
Research Category |
Final Shift |
Country |
Beamline |
P/N |
101 |
2008B1419 |
Shunji Kishimoto |
Observation of nuclear excitation by electron transition on Os-189 with a high-sensitivity time-spectroscopy system |
KEK |
Laboratory |
Elementary Particles, Nuclear Science |
18 |
Japan |
BL09XU |
Non-Proprietary |
102 |
2008B1429 |
Yasuhiko Imai |
Nuclear resonant forward scattering of synchrotron radiation by Ni-61 at 67.4 keV using high-resolution monochromator |
JASRI |
Laboratory |
Materials Science and Engineering |
12 |
Japan |
BL09XU |
Non-Proprietary |
103 |
2008B1447 |
Satoshi Tsutsui |
Instability of the cage structure in beta-Pyrochlore compounds |
JASRI |
Laboratory |
Materials Science and Engineering |
15 |
Japan |
BL09XU |
Non-Proprietary |
104 |
2008B1668 |
Yuh Fukai |
Application of time-domain analysis of nuclear-resonant X-ray scattering for the study of hydrogen-induced enhancement of atomic diffusion in sub-surface region |
Chuo University |
University |
Materials Science and Engineering |
12 |
Japan |
BL09XU |
Non-Proprietary |
105 |
2008B1049 |
Shigeaki Ono |
In situ measurements of melting temperature of iron-silicate system under high pressure and temperature conditions |
JAMSTEC |
Laboratory |
Earth and Planetary Science |
9 |
Japan |
BL10XU |
Non-Proprietary |
106 |
2008B1071 |
John Tse |
High Pressure Structural Transformation in Molecular Magnets |
University of Saskatchewan |
Foreign |
Materials Science and Engineering |
9 |
Canada |
BL10XU |
Non-Proprietary |
107 |
2008B1102 |
Yasuo Ohishi |
High-pressure and low-temperature x-ray diffraction for Fe-H system using high-brilliant x-ray beam of BL10XU |
JASRI |
Laboratory |
Materials Science and Engineering |
6 |
Japan |
BL10XU |
Non-Proprietary |
108 |
2008B1161 |
Daisuke Hamane |
Effect of iron and aluminum on the bulk modulus of silicate post-perovskite |
The University of Tokyo |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
109 |
2008B1171 |
Tetsuya Komabayashi |
In-situ X-ray observation of phase relations of iron in an internally-heated diamond anvil cell |
Tokyo Institute of Technology |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
110 |
2008B1216 |
Haruki Kawamura |
X-ray diffraction on phase-III of solid hydrogen |
University of Hyogo |
University |
Materials Science and Engineering |
6 |
Japan |
BL10XU |
Non-Proprietary |
111 |
2008B1247 |
Yuichi Akahama |
Structural study on phase transitions of vanadium at multi-megabar pressure |
University of Hyogo |
University |
Materials Science and Engineering |
12 |
Japan |
BL10XU |
Non-Proprietary |
112 |
2008B1311 |
Kiyoshi Fujino |
Trend variation of compression curve by the spin transition of iron in Mg-perovskite and post-Mg-perovskite |
Ehime University |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
113 |
2008B1322 |
Kosmas Prassides |
Fulleride superconductors with unprecedentedly high-Tc : structural properties at high pressure and low temperature |
Durham University |
Foreign |
Materials Science and Engineering |
6 |
UK |
BL10XU |
Non-Proprietary |
114 |
2008B1323 |
Kosmas Prassides |
Iron arsenide superconductors : structural properties at high pressure and low temperature |
Durham University |
Foreign |
Materials Science and Engineering |
9 |
UK |
BL10XU |
Non-Proprietary |
115 |
2008B1377 |
Takehiko Yagi |
Developmento of the ultra high-pressure and high-temperature experiments using nano size polycrystalline diamond anvils |
The University of Tokyo |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
116 |
2008B1385 |
Tetsuji Kume |
Pressure induced phase transition of Ge based clathrates |
Gifu University |
University |
Materials Science and Engineering |
6 |
Japan |
BL10XU |
Non-Proprietary |
117 |
2008B1415 |
Hitoshi Sumiya |
Study of mechanical behavior of nano-polycrystalline diamond under high pressure II |
Sumitomo Electric Industories, Ltd. |
Industry |
Industrial Applications |
6 |
Japan |
BL10XU |
Non-Proprietary |
118 |
2008B1501 |
Katsuya Shimizu |
Structural study of superconductivity of elements at very high pressure and low temperature |
Osaka University |
University |
Materials Science and Engineering |
9 |
Japan |
BL10XU |
Non-Proprietary |
119 |
2008B1569 |
Hiroaki Ohfuji |
Melting experiments on iron at megabar pressures using nano-polycrystalline diamond anvil cell |
Ehime University |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
120 |
2008B1571 |
Tomoaki Kubo |
Time-resolved 2DXRD measurements of grain nucleation and growth during the VI-VII transformation of water ice |
Kyushu University |
University |
Materials Science and Engineering |
9 |
Japan |
BL10XU |
Non-Proprietary |
121 |
2008B1582 |
Eiji Ohtani |
Study of high pressure phases of Fe0.8Ni0.1Si0.1-alloy and its compression at multi-megabar pressure and high temperature |
Tohoku University |
University |
Earth and Planetary Science |
12 |
Japan |
BL10XU |
Non-Proprietary |
122 |
2008B1589 |
Motohiko Murakami |
Equations of state of Al-(Mg,Fe)SiO3 perovskite and post-perovskite |
Tohoku University |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
123 |
2008B1625 |
Takeshi Sakai |
Melting temperature and the crystal structure of Fe-Ni-S system at multi-megabar pressure |
Tohoku University |
University |
Earth and Planetary Science |
6 |
Japan |
BL10XU |
Non-Proprietary |
124 |
2008B1066 |
Andrei Nikulin |
Diffraction mapping of complex refractive index in nano-structures using the phase-retrieval x-ray diffractometry method |
Monash University |
Foreign |
Materials Science and Engineering |
12 |
Australia |
BL13XU |
Non-Proprietary |
125 |
2008B1126 |
Hideto Imai |
An in situ Crystal Truncation Rod measurements on the Pt single crystal surface during real fuel cell operations |
NEC Corporation |
Industry |
Industrial Applications |
12 |
Japan |
BL13XU |
Non-Proprietary |
126 |
2008B1160 |
Tomokazu Sano |
Exploration of high-pressure metastable structures in laser-shocked iron using microbeam XRD method |
Osaka University |
University |
Materials Science and Engineering |
9 |
Japan |
BL13XU |
Non-Proprietary |
127 |
2008B1207 |
Nagahiro Hoshi |
Determination of the real surface structure enhancing oxygen reduction reaction: Pd(100) |
Chiba University |
University |
Chemical Science |
9 |
Japan |
BL13XU |
Non-Proprietary |
128 |
2008B1258 |
Isao Takahashi |
Observation on surface morphology and structure of quartz during the alpha beta structural phase transition by CTR scattering |
Kwansei Gakuin University |
University |
Materials Science and Engineering |
9 |
Japan |
BL13XU |
Non-Proprietary |
129 |
2008B1333 |
Toshio Yonezawa |
Study on the boundary characteristics between metal surface and oxide film near the stress concentrated local area to clarify the mechanisms of the SCC (Stress Corrosion Cracking) in the austenitic stainless steels and nickel based alloys for light water |
Tohoku University |
University |
Materials Science and Engineering |
9 |
Japan |
BL13XU |
Non-Proprietary |
130 |
2008B1374 |
Hiroshi Funakubo |
Direct Measurement of Crystal Structure Change of Lead-free Piezoelectric BiFeO3 Films under Electric Filed by Time Resolution XRD |
Tokyo Institute of Technology |
University |
Materials Science and Engineering |
9 |
Japan |
BL13XU |
Non-Proprietary |
131 |
2008B1383 |
Masao Tabuchi |
Micro-focused X-ray CTR analysis of in-plane compositional distributions in hetero-structure semiconductor devices caused by surface diffusions during the crystal growth |
Nagoya University |
University |
Materials Science and Engineering |
6 |
Japan |
BL13XU |
Non-Proprietary |
132 |
2008B1393 |
Yasuro Ikuma |
Structure development of single crystal TiO2 surface after exposure to water and/or UV light |
Kanagawa Institute of Technology |
University |
Materials Science and Engineering |
3 |
Japan |
BL13XU |
Non-Proprietary |
133 |
2008B1395 |
Masashi Nakamura |
Structure determination of hydrated cation in the electric double layer |
Chiba University |
University |
Chemical Science |
9 |
Japan |
BL13XU |
Non-Proprietary |
134 |
2008B1498 |
Atsushi Takahara |
Analysis of Surface and Internal Molecular Aggregation States of Polymer Brush Thin Film with Fluoroalkyl Side Chain |
Kyushu University |
University |
Chemical Science |
6 |
Japan |
BL13XU |
Non-Proprietary |
135 |
2008B1499 |
Kohei Uosaki |
In situ Structural Studies on Pt Single Crystal Electrodes during Oxidation/Reduction Cycle Using Surface X-ray Scattering Technique |
Hokkaido University |
University |
Chemical Science |
9 |
Japan |
BL13XU |
Non-Proprietary |
136 |
2008B1540 |
Osami Sakata |
X-ray standing wave measurements with horizontal focusing and controllable vertical divergence for interface-structure analysis of an ultrathin oxide film |
JASRI |
Laboratory |
Materials Science and Engineering |
12 |
Japan |
BL13XU |
Non-Proprietary |
137 |
2008B1546 |
Wolfgang Voegeli |
X-ray diffraction study of the two metal-insulator transitions on the Si(553)-Au surface |
The University of Tokyo |
University |
Materials Science and Engineering |
9 |
Japan |
BL13XU |
Non-Proprietary |
138 |
2008B1588 |
Susumu Kitagawa |
Crystal structure determination at the interface of the hybridized crystal based on porous coordination polymers: Effect of the micro-meter order thickness of the shell crystal on the interfacial structure |
Kyoto University |
University |
Materials Science and Engineering |
12 |
Japan |
BL13XU |
Non-Proprietary |
139 |
2008B1694 |
Yuuichi Okamoto |
XAFS study on local structures of inorganic materials. |
Fuji Film Corporation |
Industry |
Industrial Applications |
11.75 |
Japan |
BL14B2 |
Proprietary |
140 |
2008B1701 |
Takashi Umeki |
XAFS analysis for Fe-Y zeolite in hydrocraking reaction of Resid. |
Idemitsu Kosan Co., Ltd. |
Industry |
Industrial Applications |
1 |
Japan |
BL14B2 |
Proprietary |
141 |
2008B1702 |
Takashi Umeki |
In-situ investigations of Ni catalyst in the Steam Reforming reaction by X-ray adsorption spectroscopy. |
Idemitsu Kosan Co., Ltd. |
Industry |
Industrial Applications |
6 |
Japan |
BL14B2 |
Proprietary |
142 |
2008B1703 |
Takashi Umeki |
In-situ investigations of Copper catalyst in the Water Gas Shift reaction by X-ray adsorption spectroscopy. |
Idemitsu Kosan Co., Ltd. |
Industry |
Industrial Applications |
3.75 |
Japan |
BL14B2 |
Proprietary |
143 |
2008B1705 |
Yasuyuki Matsumura |
Structural analysis of fine metal oxide particles by XAFS |
AIST |
Laboratory |
Industrial Applications |
0.875 |
Japan |
BL14B2 |
Proprietary |
144 |
2008B1708 |
Hideo Daimon |
Analysis of Fine Structures on Nano-Sized Catalysts by XAFS |
Hitachi Maxell, Ltd. |
Industry |
Industrial Applications |
3 |
Japan |
BL14B2 |
Proprietary |
145 |
2008B1718 |
Takashi Sanada |
In-situ QXAFS analysis of the automobile catalysts. |
Nissan Arc, Ltd. |
Industry |
Industrial Applications |
14.875 |
Japan |
BL14B2 |
Proprietary |
146 |
2008B2121 |
Yuuichi Okamoto |
XAFS study on local structures of inorganic materials. |
Fuji Film Corporation |
Industry |
Industrial Applications |
6 |
Japan |
BL14B2 |
Proprietary |
147 |
2008B2124 |
Tetsuo Sakai |
Structural Analysis of electrode materials for batteries by XAFS |
AIST |
Laboratory |
Industrial Applications |
1 |
Japan |
BL14B2 |
Proprietary |
148 |
2008B2125 |
Kouichi Mizutani |
Chemical structure analysis for added elements in catalysts using XAFS-method |
Mitsubishi Rayon Co.,Ltd. |
Industry |
Industrial Applications |
1 |
Japan |
BL14B2 |
Proprietary |
149 |
2008B2129 |
Takashi Sanada |
In-situ analysis of the automobile catalysts. |
Nissan Arc, Ltd. |
Industry |
Industrial Applications |
9 |
Japan |
BL14B2 |
Proprietary |
150 |
2008B1158 |
Masakiyo Tsunoda |
High resolution XMCD observation of domain structures for interface-induced uncompensated Mn and ferromagnetic layer in Mn-Ir/Co-Fe exchange coupled bilayers. |
Tohoku University |
University |
Industrial Applications |
5 |
Japan |
BL17SU |
Non-Proprietary |