SPring-8, the large synchrotron radiation facility

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2019A, Priority Research Proposals: Partner User Proposals

CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp

S/N Proposal Number Proposal Title Project Leader Affiliation Country Affiliation Category Research Category Shift Beamline Proprietary(P)/
Non-proprietary(Np)
1 2019A0067 Advancement of ambient pressure solution cell development and observation of liquid electronic state, for elucidation of solid-liquid interface phenomena Eiji Ikenaga Nagoya University Japan Educational Organization Chemical Science 32.875 BL47XU Np
2 2019A0068 High-energy X-ray multi-purpose one-dimensional diffraction for the materials science research under external fields Chikako Moriyoshi Hiroshima University Japan Educational Organization Materials Science and Engineering 44.375 BL02B2 Np
3 2019A0069 Advancement of science for understanding dynamics of the Earth’s deep interior utilizing large-volume press Yoshio Kono Ehime University Japan Educational Organization Earth and Planetary Science 44.875 BL04B1 Np
4 2019A0070 Study of orbital physics by precise electron density analysis including operand measurements Hiroshi Sawa Nagoya University Japan Educational Organization Materials Science and Engineering 35.75 BL02B1 Np
5 2019A0071 Construction of composite measurement technology of resonant hard x-ray photoemission and resonant x-ray emission spectroscopies, for elucidating quantum critical phenomena of strongly correlated electron system Kojiro Mimura Osaka Prefecture University Japan Educational Organization Materials Science and Engineering 23.875 BL09XU Np
6 2019A0072 Novel development of high-pressure and high-temperature diamond-anvil cell experiments Kei Hirose Tokyo Institute of Technology Japan Educational Organization Earth and Planetary Science 44.75 BL10XU Np
7 2019A0073 Charge dynamics in molecular materials with strongly correlated electrons studied by infrared imaging spectroscopy Takahiko Sasaki Tohoku University Japan Educational Organization Materials Science and Engineering 35.375 BL43IR Np
8 2019A0076 Accomplishment of high-energy 4D imaging technique for structural materials and its coupling with X-ray diffraction Hiroyuki Toda Kyushu University Japan Educational Organization Materials Science and Engineering 26.875 BL20XU Np