BL No. |
Access Mode | Proposal No. | Review field |
Title of experiment | Principal investigator | Affiliation | Location of the affiliation | NSPRC PEC Adopted BT day(s) |
|
|---|---|---|---|---|---|---|---|---|---|
| D1 | GU | 2018A0089 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Investigation of complex magnetic state in EuPtSi | Shinsaku KAMBE | Japan Atomic Energy Agency | Japan | 3.00 |
| D1 | GU | 2018A0090 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Negative muon spin rotation and relaxation experiment on magnesium hydride | Izumi UMEGAKI | Toyota Central R&D Labs. Inc | Japan | - |
| D1 | GU | 2018A0128 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | muSR measurement on S=1/2 Breathing Pyrochlore compound Ba3Yb2Zn5O11 at very low temperature | Takatsugu MASUDA | ISSP， the University of Tokyo | Japan | 2.00 |
| D1 | GU | 2018A0149 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Geometrical frustration induced quantum phase transition in CeRh1-xPdxSn: A Muon Spin relaxation/rotation study | Devashibhai ADROJA | Rutherford Appleton Laboratory U.K. | U.K. | 5.00 |
| D1 | GU | 2018A0175 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | muSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds | Tadashi ADACHI | Sophia University | Japan | 4.00 |
| D1 | GU | 2018A0198 | Q2 | General Applications | High Temperature μSR measurement of magnetic field enhancement on a nano-crystalline formation | Chihiro OHMORI | High Energy Accelerator Research Organization | Japan | 2.00 |
| D2 | GU | 2018A0071 | Q2 | General Applications | Direct measurement of muonium hyperfine structure under precise controlled zero field | Koichiro SHIMOMURA | IMSS KEK | Japan | 6.00 |
| D2 | GU | 2018A0206 | Q2 | General Applications | Muonic X-ray analysis for primitive chondrites | Takahito OSAWA | Japan Atomic Energy Agency | Japan | 3.00 |
| D2 | GU | 2018A0222 | Q2 | General Applications | Measurement of muon beam properties after acceleration by an RFQ | Masashi OTANI | High Energy Accelerator Research Organization | Japan | 6.00 |
| D2 | GU | 2018A0246 | Q2 | General Applications | Detection of chemical states of Li in Li-ion battery by muonic x-ray | Izumi UMEGAKI | Toyota Central R&D Labs. Inc | Japan | 5.00 |
| S1 | GU | 2018A0052 | Q2 | General Applications | Characterizing small hfc of the thermodynamically favored muonium generated from P-heterocyclic biradical | Shigekazu ITO | Tokyo Institute of Technology | Japan | 1.00 |
| S1 | GU | 2018A0055 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Electronic state of hydrogen in black titania | Katsuyuki FUKUTANI | University of Tokyo | Japan | 3.00 |
| S1 | GU | 2018A0069 | Q2 | General Applications | Muon Studies of Na-ion Diffusion in Novel Low-temperature Cathode Material: ”Prussian White” | Martin MANSSON | Royal Institute of Technology， KTH | Sweden | 4.00 |
| S1 | GU | 2018A0076 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets | Ichihiro YAMAUCHI | Saga University | Japan | 6.00 |
| S1 | GU | 2018A0143 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Spin dynamics of 2D short-range magnetic phase in electron-doped Sr2-xLaxIrO4 | Kwang Yong CHOI | Chung-Ang University | Korea | 3.00 |
| S1 | GU | 2018A0197 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Comparative study on polymorphous structures of clinoatacamite and paratacamite Cu2(OH)3Cl/Cu2(OD)3Cl | Xu-Guang ZHENG | Saga University | Japan | 4.00 |
| S1 | GU | 2018A0250 | Q2 | General Applications | Determination of muon stopping sites and electronic structures in proteins | Yoko SUGAWARA | Kitasato University | Japan | 4.00 |
| S1 | GU | 2018A0252 | Q2 | General Applications | Li diffusive behavior for sulfide electrolytes for solid state battery with muon spin rotation/relaxation | Hiroshi NOZAKI | Toyota Central R&D Labs. Inc | Japan | 4.00 |
| S1 | GU | 2018A0254 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Magnetic phase diagram of Sr2-xLaxIrO4 determined by μSR measurement | Kazumasa HORIGANE | Okayama University | Japan | 3.00 |
| S1 | GU | 2018A0256 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | μSR Approach to the understanding of Hydrogen Embrittlement in Steels | Nobuhiko NISHIDA | Japan Atomic Energy Agency | Japan | 6.00 |
| S1 | UU | 2018AUS101 | - | - | MuSR study on the hidden order in irridates | Shu Lei | Fudan University | China | 8.00 |