BL No. Access Mode Proposal No. Category of Review field Title of Experiment Principal Investigater Affiliation Adopted BT
BL03 2009A0044P4Bio-materialsNeutron diffraction analysis of disodium uridine 5’-monophosphate heptahydrateYoko SugawaraKitasato University11
BL08GU2009S05--Structural study of functional materials and development of advanced methodology using SuperHRPDYukio NodaTohoku University 
BL08GU2009A0003P1Materials Science and EngineeringStructural determination for materials design of Bi-based perovskite ferroelectric oxidesYuji NOGUCHIUniversity of Tokyo1
BL08GU2009A0004P1Materials Science and EngineeringTo understand the multiferroic mechanism of Pb(Fe0.5Nb0.5)O3Je-Geun ParkSungkyunkwan univ. KOREA2
BL08GU2009A0013P1Materials Science and EngineeringHeat-treatment effects on crystal structures of Li(Mn, Ni, Co)O2 as cathode active materials for lithium ion batteryYasushi IdemotoTokyo University of Science2
BL08GU2009A0070P1Materials Science and EngineeringStructures of Hydrogen-Molecule Storage Rh- and Cu- Coordination ComplexesSadamu TakedaHokkaido University2
BL08GU2009A0009P5Magnetism and Strongly Correlated Electron SystemsCrystal and magnetic structure of multiferroic BiFeO3-BaTiO3 compositeHiroyuki KimuraTohoku University2
BL19PU2009A0082--Development of high pressure devices for neutron powder diffraction studyTakanori HattoriJapan Atomic Energy Agency7
BL19PU2009A0085--Stress/ Strain Effects on Industrial Superconducting CompositesHarjo StefanusJapan Atomic Energy Agency8
BL19IU2009A0094--Residual stress study on BL19Kazuya AizawaJapan Atomic Energy Agency11
BL19GU2009A0022P1Materials Science and EngineeringResidual stress measurement for textured materialsYo TomotaIbaraki University2
BL19GU2009A0026P1Materials Science and EngineeringIn situ investigation of residual strain by Bragg-edge transmission method and diffraction.Kenji IwaseIbaraki University2
BL19GU2009A0034P1Materials Science and EngineeringThree dimensional strain analysis of the Nb3Sn superconducting composite cablesSatoshi AwajiTohoku University3
BL19GU2009A0036P1Materials Science and EngineeringThermal Stress in Bulk Metallic Glasses and Their Accommodation by AnnealingHiroshi SuzukiJapan Atomic Energy Agency1
BL19GU2009A0053P1Materials Science and EngineeringFlux-pinning-induced stress and magnetostriction in bulk superconductorsKozo OsamuraResearch Institute for Applied Sciences2
BL19GU2009A0076P7Industrial Applications構造物内部のボルトの軸力測定浅井 洋光株式会社デンソー1
BL19GU2009A0077P7Industrial Applicationsエンジン用ピストンの残留応力評価 (1)平野 辰巳(株)日立製作所 日立研究所2
BL19GU2009A0079P7Industrial Applicationsコールドスプレー皮膜の残留応力測定香川 和良Kanto Auto Works,Ltd.1
BL20GU2009A0020P1Materials Science and EngineeringStructural study on square-planarly coordinated iron oxidesHiroshi KageyamaKyoto University1
BL20GU2009A0030P1Materials Science and EngineeringCrystal structure analysis of Li2MnO3 reduced by metal hydride - New cathode material for lithium batteriesRyoji KannoTokyo Institute of Technology1
BL20GU2009A0039P1Materials Science and EngineeringIncorporated hydride in nanoporous material C12A7-H^{-} and its reaction to UV irradiationRyoji KiyanagiTohoku University1
BL20GU2009A0042P3Soft Matter, Biomaterials and LiquidsThe determination of hydorogen bonding structure of water molecular assemblies in hydrophobic small spacesTaku IiyamaShinshu University1.5
BL21S-type2009S06--Fundamental research of hydrogen storage mechanism with high-intensity total diffractometerToshiya OotomoHigh Energy Accelerator Research Organization