2018B Epoch-making Initiatives 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 | 2018B0921 | Initiative study of microscopic magnetic properties for nano-spin devices led by the use of advanced synchrotron light source | Ko Mibu | Nagoya Institute of Technology | Japan | Educational Organization | Materials Science and Engineering | 15 | BL08W | Np |
| 2 | 2018B0922 | Initiative study of microscopic magnetic properties for nano-spin devices led by the use of advanced synchrotron light source | Ko Mibu | Nagoya Institute of Technology | Japan | Educational Organization | Materials Science and Engineering | 11.875 | BL09XU | Np |
| 3 | 2018B0923 | Initiative study for nano-spin devices led by the use of advanced synchrotron light source :BL17SU | Daichi Chiba | The University of Tokyo | Japan | Educational Organization | Materials Science and Engineering | 6 | BL17SU | Np |
| 4 | 2018B0924 | Initiative study for nano-spin devices led by the use of advanced synchrotron light source :BL25SU | Daichi Chiba | The University of Tokyo | Japan | Educational Organization | Materials Science and Engineering | 14.75 | BL25SU | Np |
| 5 | 2018B0925 | Initiative study for nano-spin devices led by the use of advanced synchrotron light source :BL39XU | Daichi Chiba | The University of Tokyo | Japan | Educational Organization | Materials Science and Engineering | 11.125 | BL39XU | Np |
| 6 | 2018B0926 | Initiative study of electronic and crystallographic properties in nano-spin devices led by the use of advanced synchrotron light source:BL09XU | Masaki Mizuguchi | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 12 | BL09XU | Np |
| 7 | 2018B0927 | Initiative study of electronic and crystallographic properties in nano-spin devices led by the use of advanced synchrotron light source:BL13XU | Masaki Mizuguchi | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 12 | BL13XU | Np |
| 8 | 2018B0928 | Initiative study of electronic and crystallographic properties in nano-spin devices led by the use of advanced synchrotron light source:BL25SU | Masaki Mizuguchi | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 6 | BL25SU | Np |
| 9 | 2018B0930 | Initiative study of ultrafast dynamics for nano-spin devices led by the use of advanced synchrotron light source | Satoshi Okamoto | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 2.5 | BL25SU | Np |
| 10 | 2018B0931 | Initiative study of ultrafast dynamics for nano-spin devices led by the use of advanced synchrotron light source | Satoshi Okamoto | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 5.875 | BL39XU | Np |
| 11 | 2018B0935 | Initiative study for nano-spin devices led by the use of advanced synchrotron light source :BL01B1 | Daichi Chiba | The University of Tokyo | Japan | Educational Organization | Materials Science and Engineering | 9 | BL01B1 | Np |
| 12 | 2018B0936 | Initiative study of electronic and crystallographic properties in nano-spin devices led by the use of advanced synchrotron light source:BL37XU | Masaki Mizuguchi | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 12 | BL37XU | Np |
| 13 | 2018B0937 | Initiative study of electronic and crystallographic properties in nano-spin devices led by the use of advanced synchrotron light source:BL39XU | Masaki Mizuguchi | Tohoku University | Japan | Educational Organization | Materials Science and Engineering | 6 | BL39XU | Np |
| 14 | 2018B0938 | Time evolution of the passivation layer at iron and iron alloy surfaces | Yusuke Wakabayashi | Osaka University | Japan | Educational Organization | Materials Science and Engineering | 12 | BL13XU | Np |
| 15 | 2018B0939 | Depth distribution and electronic state of water and solute at solid-liquid interface analysed by hard X-ray photoelectron spectroscopy | Kosuke Yamazoe | The University of Tokyo | Japan | Educational Organization | Chemical Science | 12 | BL47XU | Np |
| 16 | 2018B0940 | Structure of solid-liquid interface and material transport dynamics during atmospheric corrosion of steel | Takashi Doi | NIPPON STEEL & SUMITOMO METAL CORPORATION | Japan | Industry | Industrial Applications | 12 | BL27SU | Np |
| 17 | 2018B0941 | Structural analysis of metal nanoparticles stabilized by hyperbranched polymer supports using hard X-ray XAFS | Junichi Nakajima | Nissan Chemical Corporation | Japan | Industry | Industrial Applications | 2.875 | BL01B1 | Np |
| 18 | 2018B0942 | Structural analysis of metal nanoparticles stabilized by hyperbranched polymer supports using soft X-ray XAFS | Junichi Nakajima | Nissan Chemical Corporation | Japan | Industry | Industrial Applications | 6 | BL27SU | Np |
| 19 | 2018B0943 | Analysis of electroless plating reaction by time-resolved XAFS | Junichi Nakajima | Nissan Chemical Corporation | Japan | Industry | Industrial Applications | 6 | BL28B2 | Np |
| 20 | 2018B0944 | Realtime observation of structural change of interface between substrate, metallic species, and supports of automobile exhaust catalysts | Hiroyuki Asakura | Kyoto University | Japan | Educational Organization | Chemical Science | 12 | BL01B1 | Np |
| 21 | 2018B0945 | Metal-support interface of metal cluster catalysts | Hiroyuki Asakura | Kyoto University | Japan | Educational Organization | Chemical Science | 5.875 | BL37XU | Np |
| 22 | 2018B0946 | XAS-based Initiative for the Future Flow Synthetic Technology | Hikaru Takaya | Kyoto University | Japan | Educational Organization | Chemical Science | 6 | BL02B1 | Np |
| 23 | 2018B0947 | XAS-based Initiative for the Future Flow Synthetic Technology | Hikaru Takaya | Kyoto University | Japan | Educational Organization | Chemical Science | 5.75 | BL20XU | Np |
| 24 | 2018B0948 | XAS-based Initiative for the Future Flow Synthetic Technology | Hikaru Takaya | Kyoto University | Japan | Educational Organization | Chemical Science | 6 | BL40XU | Np |
| 25 | 2018B0949 | Realtime observation of structural change of interface between substrate, metallic species, and supports of automobile exhaust catalysts | Hiroyuki Asakura | Kyoto University | Japan | Educational Organization | Chemical Science | 6 | BL14B2 | Np |