BL No. Access Mode Proposal No. Category of Review field Title of Experiment Principal Investigater Affiliation Adopted BT
day(s)
BL03GU2012A0097P4Bio-materialsNeutron diffraction analysis of the oxidized form of cytochrome c from horse heartYoko SUGAWARAKitasato University School of Science6
BL08GU2012A0020P1Materials Science and EngineeringStudies of magnetostriction in the multiferroic spinel CdV2O4Brendan James KennedyProfessor School of Chemistry3
BL08GU2012A0050P5Magnetism and Strongly Correlated Electron SystemsMagnetic structure analysis in long periodic chiral helimagnetic compounds: T1/3MS2 (T=transition metal， M=Nb and Ta)Yusuke KOUSAKAAoyama Gakuin University Department of Physics and Mathematics7
BL08GU2012A0079P1Materials Science and EngineeringLithium Ionic Conduction Paths of Novel Crystalline Alumino-BoratesToyoki OKUMURANational Institute of Advanced Industrial Science and Technology AIST Kansai (Research Institute for Ubiquitous Energy Devises)2
BL08GU2012A0102P1Materials Science and EngineeringEffects of synthetic condition on crystal structure of LaBaGaO4-based protonic conductorsYasushi IDEMOTOTokyo University of Science Department of Pure and Applied Chemistry， Faculty of Science and Technology5
BL08GU2012A0107P1Materials Science and EngineeringCrystal structure analysis of new lithium superionic conductors Li4-xGe1-xPxS4 for all-solid-state lithium batteriesRyoji KANNOTokyo Institute of Technology Interdisciplinary Graduate School of Science and Engineering3
BL08GU2012A0120P1Materials Science and EngineeringHydrogen in gamma-irradiated ferroelectric iceHiroshi FUKAZAWAJapan Atomic Energy Agency 2
BL11IU2012I0011--Earth Science Based on the High-Pressure and Temperature Neutron ExperimentsTakanori HATTORIJapan Atomic Energy Agency88
BL18GU2012A0026P7Industrial ApplicationsMeasurement of Residual Stress of Duplex Stainless SteelWang YunHitachi, Ltd.reserved
BL18GU2012A0054P1Materials Science and EngineeringNeutron diffraction analysis of a crystalline-state 3-1 photoisomerization of cobaloxime complexesTakashi OHHARAComprehensive Research Organization for Science and Society10
BL18GU2012A0064P5Magnetism and Strongly Correlated Electron SystemsReal-time observation of magnetic structural change in frustrated magnetsKiyoichiro MOTOYA Tokyo University of Science2
BL18GU2012A0069P1Materials Science and EngineeringCrystal structure and hydrogen bonds of trisaccharide raffinose-pentahydrateTakuro KAWASAKIJapan Atomic Energy Agency3
BL18IU2012I0018--Instrument group use for BL18Kenichi OIKAWAJapan Atomic Energy Agency38
BL18DU2012I0105--Development of single crystal diffraction measurement technique under multiple sample environments at SENJUTakashi OHHARAComprehensive Research Organization for Science and Society4
BL18DU2012I0106--Development of measurement technique under high pressure environments in SENJUKoji MUNAKATAComprehensive Research Organization for Science and Society4
BL18PU2012P0203--Study of structure and electronic properties of functional materials on BL18Ryoji KIYANAGIJapan Atomic Energy Agency12
BL18PU2012P0904--Project research on structure and dynamics of proton, superionic and amorphous functional materials
-Investigation of the origin of functionalities by detailed observation of hydrogen atoms under special conditions		Yukinobu KAWAKITAJapan Atomic Energy Agency 3
BL19GU2012A0036P1Materials Science and EngineeringThe crystal perfection and defect kinetics in the high temperature beta phase of Zr and Ti alloys: An in-situ study of primary extinction.Liss Klaus-DieterAustralian Nuclear Science and Technology Organisation AUSTRALIA The Bragg Institute4
BL19GU2012A0038P1Materials Science and EngineeringStudy of strain behavior in Rutherford-type A15 superconducting cables for future particle acceleratorsTatsushi NAKAMOTOHigh Energy Accelerator Research Organization Cryogenics Science Center4
BL19GU2012A0043P1Materials Science and EngineeringNeutron attenuation effect on strain measurement using neutron diffractionHiroshi SUZUKIJapan Atomic Energy Agency4
BL19GU2012A0059P1Materials Science and EngineeringGuest storage capacity into dense methane hydrateTakuo OKUCHIOkayama University Institute for Study of the Earths Interior4
BL19GU2012A0070P1Materials Science and EngineeringIn-situ Neutron Diffraction Study on Tensile Deformation Behavior of Interstitials Strengthened Titanium AlloysSatoshi MOROOKAYokohama national university Faculty of Engineering Division of Materials Science and Chemical Engineering2
BL19GU2012A0092P1Materials Science and EngineeringNeutron diffraction study of sintering reaction processes for superconducting materialsYoshinori TSUCHIYANational Institute for Materials Science Quantum Beam Center， Neutron Scattering Group4
BL19GU2012A0094P1Materials Science and EngineeringIn situ neutron diffraction study for Fe-based shape memory materialsHiroyuki YASUDAOsaka University Division of Materials and Manufacturing Science， Graduate School of Engineeringreserved
BL19GU2012A0106P1Materials Science and Engineering”The lattice strain response to characterize the new mechanisms on superelastic behavior of pre-martensite for NiFeGaCo alloy”Wang dong YangBeijing Institute of Technology School of Materials Science and Engineering3
BL19GU2012A0114P1Materials Science and EngineeringResidual stress distribution in mechanical parts made by a new forging techniqueYo TOMOTAIbaraki University Graduate school of science and engineering3
BL19GU2012A0115P1Materials Science and EngineeringHigh-temperature Fatigue Behavior Study for High-efficiency Power Plant SystemsE-Wen HuangNational Central University. TAIWAN Dept. of Chemical & Materials Engineering5
BL19GU2012A0119P1Materials Science and EngineeringStrain Measurements of various Rock samples under uniaxial compressionJun ABEJapan Atomic Energy Agency3
BL19GU2012A0129P1Materials Science and EngineeringAtomic distribution in IceVI under pressure and low temperatureKazuki KOMATSUUniversity of Tokyo Geochemical Research Center (Chikaku-kagaku)， Graduate School of Science2
BL19GU2012A0130P1Materials Science and EngineeringFlux-pinning-induced stress and magnetrostriction in bulk superconductorsMasaru TOMITARailway Technical Research Institute Material Technology Division， Applied Superconductivity Laboratory3.5
BL19GU2012A0135P1Materials Science and EngineeringDiffraction study using a new high pressure device (Palm Cubic-Anvil cell)Hiroshi FUKAZAWAJapan Atomic Energy Agency1.5
BL19IU2012I0019--Re-commissioning and Up-grading of TAKUMIKazuya AIZAWAJapan Atomic Energy Agency20
BL19PU2012P0102--Strength of Materials and Related EngineeringYo TOMOTAIbarak University13
BL19PU2012P0602--Improvement of Crystalline Structural Information Imaging Techniques with Engineering Materials DiffractometerYoshiaki FUJIWARAHokkaido University Graduate School of Science3
BL19PU2012P0806--Development of time-resolved measurement system with external conditions using event recording system.Takayoshi ITOHComprehensive Research Organization for Science and Society 2
BL20GU2012A0001P1Materials Science and EngineeringOccupation Site Analysis of Electrochemically Inserted Lithium in γ-Fe2O3Takeshi YAOKyoto University Graduate School of Energy Science1
BL20GU2012A0015P1Materials Science and EngineeringEffect of reducing treatment on crystal-structure change of Li(Mn，Co，Ni，Li)O2-? cathode during electrochemical charge-discharge cycleYasushi IDEMOTOTokyo University of Science Department of Pure and Applied Chemistry， Faculty of Science and Technology1.75
BL20GU2012A0033P2Energy ScienceThe determination of mixture state of cyclohexane and water in small spacesTaku IIYAMAShinshu University Faculty of Science1
BL20GU2012A0045P5Magnetism and Strongly Correlated Electron SystemsMagnetism and Superconductivity in {\rm Rb}$_x${\rm Fe}$_{2-y}${\rm Se}$_2$ Kazuki OHISHIComprehensive Research Organization for Science and Society 1.5
BL20GU2012A0047P1Materials Science and EngineeringStructural analysis of new-type layered oxides Li1-y(MnaNibCoc)O2 with Li de-intercalation/intercalationHironori KOBAYASHINational Institute of Advanced Industrial Science and Technology Research Institute for Ubiquitous Energy Devices3
BL20GU2012A0087P1Materials Science and EngineeringCrystal Structure of New Ferroelectric IcesHiroshi FUKAZAWAJapan Atomic Energy Agency3
BL20GU2012A0093P1Materials Science and EngineeringStructural Analysis of a [NiFe]Hydrogenase Model Complex by Neutron Powder DiffractionSeiji OGOKyushu University Department of Chemistry and Biochemistry1
BL20GU2012A0101P1Materials Science and EngineeringEffect of N2-annealing in magnetic superconductor FeSr2YCu2O6+δTakashi MOCHIKUNational Institute for Materials Science Superconducting Properties Unit1
BL20GU2012A0105P1Materials Science and EngineeringIntercalation mechanism of lithium-excess layered materials Li1+xMO2 (M=Ni， Co， Mn) for lithium battery electrodesRyoji KANNOTokyo Institute of Technology Interdisciplinary Graduate School of Science and Engineering1
BL20GU2012A0116P1Materials Science and EngineeringCrystal Structure Analysis of Cu-containing Cathode Materials for Lithium-ion Batteries.Yoshinori ARACHIKansai University Faculty of Chemistry， Materials and Bioengineering2.25
BL20GU2012A0125P5Magnetism and Strongly Correlated Electron SystemsFerromagnetic state of LaCo$_{1-x}$Rh$_{x}$O3 induced by doping between two nonmagnetic end phasesYukio YASUINagoya University Department of Physics1.5
BL21GU2012A0017P1Materials Science and EngineeringInvestigation of possible disorders in multiferroic Pb(Fe0.5Nb0.5)O3Je-Geun ParkSeoul National Univ. KOREA Dept. of Physics and Astronomy2
BL21GU2012A0032P2Energy ScienceThe determination of the hydrogen-bonding structure of methanol in hydrophobic nanospaceTaku IIYAMAShinshu University Faculty of Science2
BL21GU2012A0040P7Industrial ApplicationsLocal structure analysis for Si-based amorphous materials by total neutron scattering measurement.Hiroshi NOZAKIToyota Central R&D Labs. Inc1
BL21GU2012A0073P2Energy ScienceStructure of hydrous albite(NaAlSi3O8) glassAkihiro YAMADAEhime University Geodynamics Research Center2
BL21GU2012A0124P2Energy ScienceStructural analysis of high-capacity negative electrode materials for Li-ion batteryYohei ONODERAKyoto University Office of Society-Academia Collaboration for Innovation2