| BL No. | Access Mode | Proposal No. | Review field |
Title of experiment | Principal investigator | Affiliation | Location of the affiliation | Adopted BT day(s) |
|
|---|---|---|---|---|---|---|---|---|---|
| BL03 | GU | 2015A0070 | P3 | Soft Matter, Biomaterials and Liquids | Neutron crystallography of bacterial copper amine oxidase: insights into reaction mechanism based on proton coordinates of the active site | Toshihide OKAJIMA | Osaka University The Institute of Scientific and Industrial Research | Japan | 8.00 |
| BL03 | GU | 2015A0072 | P3 | Soft Matter, Biomaterials and Liquids | Crystal neutron diffraction study of magnetically oriented microcrystal array of protein | Tsunehisa KIMURA | Kyoto University Agriculture | Japan | 7.00 |
| BL08 | GU | 2015A0096 | P1 | Materials Science and Engineering | High-Temperature Neutron Diffraction of K-substituted CaWO4 Oxide Ion Conductor | Takai Shigeomi | Kyoto University Graduate School of Energy Science | Japan | 2.50 |
| BL08 | GU | 2015A0123 | P5 | Magnetism and Strongly Correlated Electron Systems | Verifying orthorhombic distortion in Ba3CoSb2O9 | Bing LI | Univ. of Virginia Physics | U.S.A | 4.00 |
| BL08 | GU | 2015A0190 | P1 | Materials Science and Engineering | Mechanistic aspects of ion diffusion in new oxide-ion conductors by high temperature and high resolution neutron diffraction | Fujii Kotaro | Tokyo Institute of Technology Department of Chemistry and Materials Science | Japan | 6.00 |
| BL08 | GU | 2015A0318 | P5 | Magnetism and Strongly Correlated Electron Systems | Observation of Magnetostriction in Double Perovskite La2CoTMO6(TM=5d Ir， Pt) | Deok-Yong CHO | Chonbuk National University Physics | Korea | 6.00 |
| BL11 | GU | 2015A0033 | P1 | Materials Science and Engineering | Update the MITO system to 30 K and its application for the discovery of ordered phase of ice Ic | Kazuki KOMATSU | University of Tokyo Geochemical Research Center (Chikaku-kagaku)， Graduate School of Science | Japan | 6.00 |
| BL11 | GU | 2015A0034 | P1 | Materials Science and Engineering | Compositional and structural problems of chevkinite | Mariko NAGASHIMA | Yamaguchi University Graduate school of Science and Engineering | Japan | 3.00 |
| BL11 | GU | 2015A0035 | P1 | Materials Science and Engineering | High pressure and high temperature effect on hydrogen bonding in hydrogarnet structure | Atsushi KYONO | University of Tsukuba Facility of Life and Environment Sciences | Japan | 6.50 |
| BL11 | GU | 2015A0179 | P3 | Soft Matter, Biomaterials and Liquids | A study of the structure of aqueous MgCl2， CaCl2， and SrCl2 solutions under high pressure | Toshio YAMAGUCHI | Fukuoka University Department of Chemistry | Japan | 6.50 |
| BL11 | GU | 2015A0180 | P1 | Materials Science and Engineering | High-pressure neutron diffraction study on high-pressure structures of ternary low-Z hydrides | Satoshi NAKANO | National Institute for Materials Science Materials Processing Unit | Japan | 6.50 |
| BL11 | GU | 2015A0181 | P1 | Materials Science and Engineering | Structural investigation of NaAlSi3O8 melt under high pressure and high temperature | Akihiro YAMADA | The University of Shiga Prefecture Material Science | Japan | 6.50 |
| BL11 | GU | 2015A0214 | P1 | Materials Science and Engineering | In situ formation mechanisms of carbon nanothreads | Malcolm GUTHRIE | European Spallation Source Scientific Activities Division | Sweden | 8.00 |
| BL11 | GU | 2015A0265 | P1 | Materials Science and Engineering | In-situ observation on oligomerization of alanine in aqueous solution at high pressure | Hiroyuki KAGI | The University of Tokyo Graduate School of Science | Japan | 4.50 |
| BL18 | UU | 2015AU1801 | - | Determination of protonation states of perchlorate decamer in a cation-anion separate aggregation type crystals by using neutron diffraction experiments | Takumi KONNO | Department of Chemistry, Graduate School of Science, Osaka University; | Japan | 3.00 | |
| BL18 | GU | 2015A0090 | P7 | Industrial Applications | Uniaxial-pressure control of ferroelectricity in a spin-driven magneto-electric multiferroic CuFeO2 | Setsuo MITSUDA | Tokyo University of Science Physics， Faculty of Science | Japan | 5.00 |
| BL18 | GU | 2015A0093 | P3 | Soft Matter, Biomaterials and Liquids | Observation of photo-induced proton transfer in a photo-functional material， 2-(2’-hydroxyphenyl)benzimidazole by in-situ light exposed single crystal neutron diffraction | Takashi OHHARA | Japan Atomic Energy Agency Neutron Science Section， J-PARC Center | Japan | 5.00 |
| BL18 | GU | 2015A0146 | P3 | Soft Matter, Biomaterials and Liquids | Structural Investigation of Apatite-Type Oxide-Ion Conductors by high temperature single crystal neutron diffraction technique | Kotaro FUJII | Tokyo Institute of Technology Department of Chemistry and Materials Science | Japan | 4.00 |
| BL18 | GU | 2015A0147 | P3 | Soft Matter, Biomaterials and Liquids | Crystal structure of garnet-related type Li-ion conductor Li7-xLa3Zr2-xTaxO12 | Kunimitsu KATAOKA | National Institute of Advanced Industrial Science and Technology (AIST) Advanced Manufacturing | Japan | 3.00 |
| BL18 | GU | 2015A0148 | P2 | Energy Science | In-situ observation of lattice strain and domain structure of PMN-PT single crystal under electric fields | Takuro KAWASAKI | Japan Atomic Energy Agency Neutron science section， J-PARC Center | Japan | 4.00 |
| BL18 | GU | 2015A0149 | P5 | Magnetism and Strongly Correlated Electron Systems | Comparison of Hydrogen positions in diformohydrazide determined by neutron diffraction and X-ray molecular orbital analysis. | Kiyoaki TANAKA | Nagoya Industrial Science Research Institute Research department | Japan | 3.00 |
| BL18 | GU | 2015A0277 | P1 | Materials Science and Engineering | Possible Existence of Partially Disordered Sm Ions in Magnetically Ordered State of Ising Magnet SmPt$_2$Si$_2$ | Tatsuma MATSUDA | Tokyo Metropolitan University Department Physics | Japan | 6.00 |
| BL18 | GU | 2015A0279 | P1 | Materials Science and Engineering | Neutron Structure Analysis of Molecule-based Proton-Electron Co-transfer System | Makoto TADOKORO | Tokyo University of Science Faculty of Science， Department of Chemistry | Japan | 3.00 |
| BL18 | GU | 2015A0280 | P5 | Magnetism and Strongly Correlated Electron Systems | Structure and Phase Transitions in Organometal Halide Perovskites | Miwako TAKAHASHI | University of Tsukuba Graduate School of Pure and Applied Sciences | Japan | 4.00 |
| BL18 | GU | 2015A0282 | P7 | Industrial Applications | Magnetic structures of 1D frustrated chain compound NaCuMoO4(OD) | Takatsugu MASUDA | ISSP， the University of Tokyo Neutron Science Laboratory | Japan | 4.00 |
| BL18 | GU | 2015A0284 | P5 | Magnetism and Strongly Correlated Electron Systems | Ising magnetic structure and spin-flip with the anomalous magnetoresistance in ErNi3Al9 | Shigeo OHARA | Nagoya Institute of Technology Department of Engineering Physics， Electronics and Mechanics | Japan | 6.00 |
| BL19 | GU | 2015A0044 | P5 | Magnetism and Strongly Correlated Electron Systems | Effect of deformation history on TRIP effect in TRIP-aided multi-microstructure steels | Noriyuki TSUCHIDA | University of Hyogo Graduate School of Engineering | Japan | 3.00 |
| BL19 | GU | 2015A0063 | P5 | Magnetism and Strongly Correlated Electron Systems | Measurements of strain distribution in rock samples under compression | Jun ABE | Comprehensive Research Organization for Science and Society (CROSS) Research Center for Neutron Science and Technology | Japan | 2.00 |
| BL19 | GU | 2015A0067 | P7 | Industrial Applications | In-situ study on the interplay between martensite formation， texture and dislocation evolution of Co-Cr alloys | Shigeo SATO | Ibaraki University Graduate School of Science and Engineering | Japan | 4.00 |
| BL19 | GU | 2015A0069 | P7 | Industrial Applications | Evaluation of Dislocation Densities in Dynamically Transformed Ferrite and Parent Austenite by in-situ Neutron Diffraction during High Temperature Deformation | Akinobu SHIBATA | Kyoto University Department of Materials Science and Engineering | Japan | 6.00 |
| BL19 | GU | 2015A0130 | P1 | Materials Science and Engineering | Instrumentation of a new jig and uniaxial strain dependence of critical current in the BSCCO superconducting wires | Kozo OSAMURA | Research Institute for Applied Sciences Research Lab. | Japan | 3.00 |
| BL19 | GU | 2015A0153 | P1 | Materials Science and Engineering | In situ evaluation of dislocation density/structure and texture during themo-mechanically controlled processing for steels | Yo TOMOTA | Ibaraki University Graduate school of science and engineering | Japan | 4.00 |
| BL19 | GU | 2015A0163 | P5 | Magnetism and Strongly Correlated Electron Systems | Application of neutron diffraction to structural engineering issues on reinforced concrete structure | Hiroshi SUZUKI | Japan Atomic Energy Agency Quantum Beam Science Center (Tokai) | Japan | 6.00 |
| BL19 | GU | 2015A0189 | P7 | Industrial Applications | Quantitative Analysis of Deformed Twinning and Kinking Behavior and Their Origin Mechanism in a Magnesium Alloy Containing of 18R-LPSO Phase Structure. | Satoshi MOROOKA | Tokyo Metropolitan University Department of Aerospace Engineering | Japan | 3.00 |
| BL19 | GU | 2015A0194 | P1 | Materials Science and Engineering | Stress-Induced martensitic transformation from the C-phase to the R-phase in Ti-Ni alloys | Takashi FUKUDA | Osaka University Graduate School of Engineering | Japan | 2.50 |
| BL19 | GU | 2015A0292 | P1 | Materials Science and Engineering | High temperature deformation and phase transformation behaviors in LPSO-type Mg Alloys | Gong WU | Japan Atomic Energy Agency J-PARC Center | Japan | 3.50 |
| BL19 | GU | 2015A0294 | P1 | Materials Science and Engineering | Investigation of Visco-Elasto-Plastic Deformation Behavior through In-situ Measurement of Dislocation Density Evolution in Plastic Deformation Process of High-Strength Steel Sheets | Masato TAKAMURA | RIKEN RIKEN Center for Advanced Photonics | Japan | 3.00 |
| BL19 | GU | 2015A0302 | P5 | Magnetism and Strongly Correlated Electron Systems | Development of Residual Stress Measurement Technology for Carburized Surface Layer | Yoshihide IMAMURA | Kawasaki Heavy Industries， Ltd Material Research Department Technical Institute Coporate Technology Division | Japan | 3.00 |
| BL20 | GU | 2015A0135 | P1 | Materials Science and Engineering | Nuclear density analysis of lithium cation encapsulated in
|
Shinobu AOYAGI | Nagoya City University Department of Information and Biological Sciences | Japan | 3.00 |
| BL20 | GU | 2015A0162 | P5 | Magnetism and Strongly Correlated Electron Systems | Weak Ferromagnetism of Honeycomb Lattice with S=3/2 for Co2+ Spins | Yukio YASUI | Meiji University Department of Physics | Japan | 1.00 |
| BL20 | GU | 2015A0236 | P5 | Magnetism and Strongly Correlated Electron Systems | A COMPARISON STUDY ON POLYMORPHOUS CLINOATACAMITE AND PARATACAMITE Cu2(OD)3Cl TO CLARIFY THE MYSTERIOUS INTERMEDIATE PHASE IN THE “DEVIL COMPOUND” CLINOATACAMITE | Xu-Guang ZHENG | Saga University Department of Physics | Japan | 5.00 |
| BL20 | GU | 2015A0248 | P1 | Materials Science and Engineering | Crystal structure analysis of Fe1-xSr2YCu2+xO6+δ superconductor with intrinsic magnetic Josephson junction | Takashi MOCHIKU | National Institute for Materials Science Superconducting Properties Unit | Japan | 0.50 |
| BL20 | GU | 2015A0249 | P1 | Materials Science and Engineering | Crystal Structure Analysis of Novel ABB’O4-Based Oxide-Ion Conductors | Masatomo YASHIMA | Tokyo Institute of Technology Department of Chemistry and Materials Science | Japan | 2.00 |
| BL20 | GU | 2015A0296 | P1 | Materials Science and Engineering | Identification of the peculiar forging methods of two Japanese swords through the quantitative multiphase analysis and the determination of microstructural properties of the steel | Francesco GRAZZI | Consiglio Nazionale delle Ricerche Istituto dei Sistemi Complessi | Italia | 5.00 |
| BL21 | GU | 2015A0056 | P7 | Industrial Applications | Alcohol isomer effect in room temperature ionic liquids: entropy or enthalpy stabilization? | Hiroshi ABE | National Defense Academy Department of Materials Science and Engineering | Japan | 4.00 |
| BL21 | GU | 2015A0061 | P1 | Materials Science and Engineering | Local structural analysis on parent compound of iron-based superconductor， PrFeAsO | Katsuaki KODAMA | Japan Atomic Energy Agency Quantum Beam Science Directorate (Tokai) | Japan | 1.00 |
| BL21 | GU | 2015A0062 | P1 | Materials Science and Engineering | Intermediate-range structure of concentrated lithium electrolyte | Tsuyoshi YAMAGUCHI | Nagoya University Graduate School of Engineering | Japan | 2.50 |
| BL21 | GU | 2015A0097 | P1 | Materials Science and Engineering | The determination of mixing state of binary solution in confined space (3): small clusters | Taku IIYAMA | Shinshu University Faculty of Science | Japan | 2.00 |
| BL21 | GU | 2015A0117 | P1 | Materials Science and Engineering | Pair distribution function analysis on oxide-ion distribution of La9.33Si6O26-based oxide-ion conductor for an electrolyte of the solid oxide fuel cell | Yasushi IDEMOTO | Tokyo University of Science Department of Pure and Applied Chemistry， Faculty of Science and Technology | Japan | 3.00 |
| BL21 | GU | 2015A0121 | P1 | Materials Science and Engineering | Yasuhiro UMEBAYASHI | Niigata university Graduate School of Science and Technology | Japan | 2.00 | |
| BL21 | GU | 2015A0208 | P1 | Materials Science and Engineering | Structural and magnetic studies of the mixed valence alkali sesquioxide Rb4O6 | Kosmas PRASSIDES | Tohoku University WPI-AIMR | Japan | 3.00 |
| BL21 | GU | 2015A0216 | P7 | Industrial Applications | Neutron Diffraction Study on Nanoparticles of Palladium Hydrides | Osamu YAMAMURO | University of Tokyo Institute for Solid State Physics | Japan | 4.00 |
| BL21 | GU | 2015A0222 | P1 | Materials Science and Engineering | Atomic and electronic structure of binary phosphate glasses revealed by a combination of advanced experiments and theories | Hirokazu MASAI | Kyoto University Institute for Chemical Research | Japan | 2.50 |
| BL21 | GU | 2015A0315 | - | - | Structural analysis of electrode materials | Izuru KANOYA | Honda R&D Co,.Ltd | Japan | - |