BL No. Access Mode Proposal No. Category of Review field Title of Experiment Principal Investigater Affiliation Adopted BT
day(s)
D1GU2012B0031Q2Chemical Physics and General ScienceCharacterization of the oxygen vacancy in TiO2 nano crystal by muon spin relaxationKoichiro SHIMOMURAHigh Energy Accelerator Research Organization 2
D1GU2012B0042Q2Chemical Physics and General ScienceRole of interstitial hydrogen in InGaZnOx probed by muonium hyperfine structureRyosuke KADONOHigh Energy Accelerator Research Organization 2.5
D1GU2012B0061Q1Magnetic and Strongly Correlated Electronic MaterialsmuSR study of the magnetic ground state in Bi-2201 high-Tc superconductorTadashi ADACHITohoku University Department of Applied Physics， Graduate School of Engineering4
D1GU2012B0062Q1Magnetic and Strongly Correlated Electronic MaterialsmuSR study of different magnetic states in electron-doped Pr1.3-xLa0.7CexCuO4+δ (x=0.10) single crystals depending on the δ valueTadashi ADACHITohoku University Department of Applied Physics， Graduate School of Engineering3
D1GU2012B0063Q2Chemical Physics and General ScienceDiffusive behavior in Li-deficient olivine-type compoundsJun SUGIYAMAToyota Central R&D Labs. Inc Frontier Research Center4
D1GU2012B0107Q1Magnetic and Strongly Correlated Electronic MaterialsChiral Magnetic Structures in inorganic chiral compounds CsCuCl$_{3}$Yusuke KOUSAKAAoyama Gakuin University Department of Physics and Mathematics4
D1GU2012B0124Q1Magnetic and Strongly Correlated Electronic MaterialsInvestigation on the magnetic ground state of frustrated spin system Rb2Cu2Mo3O12Seiko KAWAMURAJapan Atomic Energy Agency 2
D1GU2012B0188Q1Magnetic and Strongly Correlated Electronic MaterialsmuSR Study on Low-Temperature Anomaly of SmBe13Hiroshi AMITSUKAHokkaido University Graduate School of Science2
D1GU2012B0194Q1Magnetic and Strongly Correlated Electronic MaterialsINVESTIGATION OF THE MAGNETIC STATES IN NEW QUANTUM-SPIN SYSTEMS OF SPIN-TRIANGULAR CU2(OH)3CL AND SPIN-TETRAHEDRAL K4CU4CL10OXu-Guang ZhengSaga University Chemistry and Applied Chemistry. Graduate School of Science and Engineering3
D1GU2012B0195Q1Magnetic and Strongly Correlated Electronic MaterialsDevelopment of high pressure cell for muon spin rotation and relaxation measurements at J-PARC/MUSE and its application to organic systemsKazuhiko SATOHSaitama University2
D1GU2012B0221Q2Chemical Physics and General ScienceMuon spin relaxation measurement of metallic cement: C12A7 ElectrorideKenji M. KOJIMAHigh Energy Accelerator Research Organization 2.5
D1GU2012B0233Q2Chemical Physics and General SciencePossible shallow muonium state in barium titanateTakashi U. ITOJapan Atomic Energy Agency 3
D2GU2012B0043Q2Chemical Physics and General ScienceMuonium emission from alkali-metal coated tungsten surfacesYasuyuki NAGASHIMATokyo University of Science Department of Physics4
D2GU2012B0065Q2Chemical Physics and General ScienceDevelopment on non-destructive elemental analysis of planetary materials by using negative muon captureKentaro TERADAOsaka University4
D2GU2012B0103Q2Chemical Physics and General ScienceAtomic process after formation of muonic atom through muon transfer reaction for nitrogen oxide moleculeKazuhiko NINOMIYAOsaka University Graduate School of Science3
D2GU2012B0117Q2Chemical Physics and General ScienceDevelopment of high-rate positron tracking system for muonium production experiment with high intensity pulsed muon beamYoshinori FUKAOHigh Energy Accelerator Research Organization 3
D2GU2012B0178Q2Chemical Physics and General ScienceMeasurement of the Mossbauer gamma-rays from exotic Fe atoms produced by negative muon capture processYoshio KOBAYASHIRIKEN2
D2GU2012B0190Q2Chemical Physics and General ScienceSearch for efficient materials for thermal muonium production targetTakashi NAGATOMOHigh Energy Accelerator Research Organization 3
D2GU2012B0206Q2Chemical Physics and General ScienceDevelopment of non-destructive and multi-elemental analysis system by muonic X-rayKenya KUBOInternational Christian University Material Science4
D2GU2012B0207Q2Chemical Physics and General ScienceStudy on muon transfer process in the liquid phaseKazuhiko NINOMIYAOsaka University Graduate School of Science3
D2GU2012B0222Q2Chemical Physics and General ScienceDevelopment of the micro-cell MWPC for the experiment searching for a muon-electron conversionHajime NISHIGUCHIHigh Energy Accelerator Research Organization 3