BL No. Access Mode Proposal No. Category of Review field Title of Experiment Principal Investigater Affiliation Adopted BT
D1GU2010B0017Q1Magnetic and Strongly Correlated Electronic MaterialsMagnetism and Superconductivity of geometrically Frustrated Ir-oxides and sulfidesKenji KojimaHigh Energy Accelerator Research Organization4
D1GU2010B0023Q2Chemical Physics and General ScienceMuSR study on isolated hydrogen charge state in oxgen deficient SrTiO3Koichiro ShimomuraHigh Energy Accelerator Research Organization5
D1GU2010B0031Q2Chemical Physics and General ScienceDevelopment of non-destructive and multi-elemental analysis system by muonic X-rayKenya KuboInternational Christian University3
D1GU2010B0052Q2Chemical Physics and General ScienceSystematic study of muon initial states captured in oxygen compounds using low pressure gasesKazuhiko NinomiyaJapan Atomic Energy Agency2
D1GU2010B0064P7Industrial Applications水素誘起アモルファスアルミニウムの構造解析Izuru KanoyaHONDA R&D Co., Ltd.1.5
D1GU2010B0069Q1Magnetic and Strongly Correlated Electronic MaterialsShort-range magnetic order in LiFeO2 and NaFeO2Jun SugiyamaToyota Central R&D Labs. Inc3
D1GU2010B0070Q1Magnetic and Strongly Correlated Electronic MaterialsCompetition/coexistense of superconductivity and magnetism in iron-pnictide LaFeAs(O,F)Ryosuke KadonoHigh Energy Accelerator Research Organization3
D1GU2010B0076Q1Magnetic and Strongly Correlated Electronic MaterialsmuSR study on a Mott State in the Iridium oxidesHirotaka OkabeNational Institute for Materials Science (NIMS)2
D1GU2010B0077Q2Chemical Physics and General ScienceTest experiments for Mu and Mu emission from surface treated tungstenYasuyuki NagashimaTokyo University of Science4
D1GU2010B0080Q2Chemical Physics and General ScienceStudy on muon transfer process in the liquid phaseAtsushi ShinoharaOsaka University4