| BL No. | Access Mode | Proposal No. | Review field | Title of experiment | Principal investigator | Affiliation | Country | Adopted BT day(s) |
|
|---|---|---|---|---|---|---|---|---|---|
| D1 | GU | 2017B0002 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Magnetic Ground State of Quasi-crystal and Approximant Au-Al-Yb Probed by Muon Spin Relaxation | Kenji ISHIDA | Kyoto University Department of Physics， Graduate School of Science |
Japan | 4.0 |
| D1 | GU | 2017B0019 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Magnetism in a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation | Masayoshi FUJIHARA | Tokyo University of Science Department of Physics， Faculty of Science |
Japan | 3.0 |
| D1 | GU | 2017B0033 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | uSR measurements on the spin-1/2 uniform triangular lattice Li2(In，Sc)Mo3O8 | Kazuki IIDA | Comprehensive Research Organization for Science and Society (CROSS) Research Center for Neutron Science and Technology |
Japan | 3.0 |
| D1 | GU | 2017B0039 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Magnetic ground state of a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation | Masayoshi FUJIHARA | Tokyo University of Science Department of Physics， Faculty of Science |
Japan | 2.0 |
| D1 | GU | 2017B0103 | Q2 | General Applications | A muon study of deuterium in (Pb，La)(Zr，Ti)O3 capacitors with conductive oxide top electrode after deuterium degradation | Takeyasu SAITO | Osaka Prefecture University Department of Chemical Engineering |
Japan | 2.0 |
| D1 | GU | 2017B0137 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds | Jun SUGIYAMA | Toyota Central R&D Labs. Inc Frontier Research Center |
Japan | 5.0 |
| D1 | GU | 2017B0228 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Magnetic properties of new type of S=1/2 frustrated chain magnet ACu(VO4)OH (A=Ca， Sr) | Masato HAGIHARA | High Energy Accelerator Research Organization Institute of Particle and Nuclear Studies KEKB |
Japan | 3.0 |
| D1 | GU | 2017B0238 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | muSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds | Tadashi ADACHI | Sophia University Department of Engineering and Applied Sciences， Faculty of Science and Technology |
Japan | 4.0 |
| D1 | GU | 2017B0335 | Q2 | General Applications | Using muons to probe a novel radiation therapy process | khashayar GHANDI | Mount Allison University chemistry and Physics |
Canada | 2.0 |
| D2 | GU | 2017B0006 | Q2 | General Applications | Measurement of muon beam properties after acceleration by an RFQ | Masashi OTANI | High Energy Accelerator Research Organization Accelerator laboratory |
Japan | 6.0 |
| D2 | GU | 2017B0023 | Q2 | General Applications | Nuclear Transmutation of 107Pd by Muon Nuclear Capture Reaction | Teiichiro MATSUZAKI | RIKEN Nuclear Transmutation Group， Nishina Center for Accelerator-Based Science |
Japan | 2.0 |
| D2 | GU | 2017B0109 | Q2 | General Applications | Multiple cell upsets in static random access memories under low-energy muon irradiation | Yukinobu WATANABE | Kyushu University Interdisciplinary Graduate School of Engineering Sciences |
Japan | 2.0 |
| D2 | GU | 2017B0149 | Q2 | General Applications | Muonic X-ray and gamma-ray measurement using a beam extension tube | Kenya KUBO | International Christian University Material Science |
Japan | 3.0 |
| D2 | GU | 2017B0150 | Q2 | General Applications | Further examination for the chemical environmental effect in muon transfer by using low pressure gaseous carbon sulfide samples. | Go YOSHIDA | High Energy Accelerator Research Organization Radiation Science Center |
Japan | 3.0 |
| D2 | GU | 2017B0163 | Q2 | General Applications | The performance test of the thin CsI(Tl) foil based beam transverse profile monitor with CCD camera readout. | Boris SHWARTZ | Budker Institute of Nuclear Physics RUSSIA High Energy Physics |
Russia | 2.0 |
| D2 | GU | 2017B0164 | Q2 | General Applications | Application of LaBr3 scintillator to detection of photons induced by negative muons | Kenya KUBO | International Christian University Material Science | Japan | 2.0 |
| D2 | GU | 2017B0224 | Q2 | General Applications | Direct measurement of muonium hyperfine structure under precise controlled zero field | Koichiro SHIMOMURA | IMSS KEK Muon Science Laboratory |
Japan | 6.0 |
| D2 | GU | 2017B0236 | Q2 | General Applications | Elemental analysis with muonic x-ray for Li-ion battery materials | Izumi UMEGAKI | Toyota Central R&D Labs. Inc Materials Analysis & Evaluation Div. |
Japan | 3.0 |
| S1 | GU | 2017B0024 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | MuSR study on the hidden order in Irridates | Lei SHU | Fudan Univ. CHINA Dept. of Physics |
China | 3.0 |
| S1 | GU | 2017B0026 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | MuSR search for fluctuating loop currents in cuprates | Lei SHU | Fudan Univ. CHINA Dept. of Physics | China | 3.0 |
| S1 | GU | 2017B0037 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Vacancy and hydrogen behavior in aluminum and Al-Mg-Zn alloys | Katsuhiko NISHIMURA | University of Toyama Graduate School of Science and Engineeribng |
Japan | 2.5 |
| S1 | GU | 2017B0045 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Large magnetovolume effect induced by embedding ferromagnetic clusters into antiferromagnetic matrix of PrBaCo2O5.5+x | Ping MIAO | High Energy Accelerator Research Organization | Japan | - |
| S1 | GU | 2017B0077 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | μSR measurements on the magnetic structure of the Josephson coupled network in MgO/Mg2Si/MgB2 nanocomposites | Takashi USHINO | Kobe University Department of Chemistry， Graduate School of Science |
Japan | 2.0 |
| S1 | GU | 2017B0115 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Behavior of hydrogen in Pd during hydrogen absorption-desoroption process studied by muon | Mototsugu MIHARA | Osaka University Department of Physics， Graduate School of Science |
Japan | 3.0 |
| S1 | GU | 2017B0151 | Q2 | General Applications | Determination of muon stopping sites and electronic structures in proteins | Yoko SUGAWARA | Kitasato University School of Science |
Japan | 4.0 |
| S1 | GU | 2017B0161 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets | Ichihiro YAMAUCHI | Saga University | Japan | - |
| S1 | GU | 2017B0165(P) | Q2 | General Applications | Study of a quantum mechanical scattering of muons with drift tube method | Shiro MATOBA | High Energy Accelerator Research Organization Institute of Materials Structure Science |
Japan | 2.0 |
| S1 | GU | 2017B0234 | Q2 | General Applications | Ion diffusion in sulfide solid electrolytes detected by muon spin rotation/relaxation | Hiroshi NOZAKI | Toyota Central R&D Labs. Inc | Japan | - |
| S1 | GU | 2017B0270 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Universality of dimensional crossover/transition of magnetic correlation in T’-R2CuO4 | Kensuke SUZUKI | Tohoku University Institute for Materials Research |
Japan | 3.0 |
| S1 | GU | 2017B0263 | Q1 | Electronic Properties of Matter & Hydrogen in Matter | Muonium state in electrically conducting SrTiO3 | Takashi U. ITO | Japan Atomic Energy Agency Advance Science Research Center (Tokai) |
Japan | 4.0 |