| BL No. | Access Mode | Proposal No. | Review field | Title of experiment | Principal investigator | Affiliation | Location of the affiliation | Adopted BT day(s) |
|
|---|---|---|---|---|---|---|---|---|---|
| BL03 | GU | 2014A0248 | P3 | Soft Matter, Biomaterials and Liquids | Neutron diffraction study of NADH-cytochrome b5 reductase (b5R) | Taro TAMADA | Japan Atomic Energy Agency Quantum Beam Science Directorate (Tokai) | Japan | 11.00 |
| BL03 | GU | 2014A0249 | 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 | 10.00 |
| BL08 | GU | 2014A0175 | P2 | Energy Science | Crystal structures at high temperature of layered gallate-based oxide-ion conductors with the Melilite structure | Yasushi IDEMOTO | Tokyo University of Science Department of Pure and Applied Chemistry， Faculty of Science and Technology | Japan | 4.00 |
| BL08 | GU | 2014A0182 | P5 | Magnetism and Strongly Correlated Electron Systems | INVESTIGATION OF A UNCONVENTIONAL HYDROGEN GEOMETRIC EFFECT IN HYDROXYL SALTS CO2(OD)3CL AND CO2(OD)3BR | Xu-Guang ZHENG | Saga University Department of Physics | Japan | 6.00 |
| BL08 | GU | 2014A0183 | P5 | Magnetism and Strongly Correlated Electron Systems | INVESTIGATION OF THE MAGNETIC TRANSITION IN TWO NEW QUANTUM-SPIN SYSTEMS OF SPIN-TRIANGULAR CU(OD)CL AND SPIN-TETRAHEDRAL K4CU4CL10O | Xu-Guang ZHENG | Saga University Department of Physics | Japan | 7.00 |
| BL08 | GU | 2014A0184 | P5 | Magnetism and Strongly Correlated Electron Systems | CLARIFYING THE MYSTERIOUS INTERMEDIATE PHASE OF PARTIAL MAGNETIC ORDER IN CLINOATACAMITE | Xu-Guang ZHENG | Saga University Department of Physics | Japan | 3.00 |
| BL08 | GU | 2014A0186 | P5 | Magnetism and Strongly Correlated Electron Systems | Magnetic structure of ferrimagnetic spinel compound CoV2O4 | Hiroki ISHIBASHI | Osaka Prefecture University Department of Physical Science， Graduate School of Science | Japan | 4.00 |
| BL08 | GU | 2014A0209 | P5 | Magnetism and Strongly Correlated Electron Systems | Role of oxygen in superconducting mechanism for T’-structured cuprate oxide | Masaki FUJITA | Tohoku university Institute for Materials Research | Japan | 6.00 |
| BL08 | GU | 2014A0235 | P5 | Magnetism and Strongly Correlated Electron Systems | Role of spin and orbital fluctuations for successive transition of BaFe2As2 | Kazuhiko IKEUCHI | Comprehensive Research Organization for Science and Society (CROSS) Research Center for Neutron Science and Technology | Japan | 6.00 |
| BL08 | GU | 2014A0243 | P5 | Magnetism and Strongly Correlated Electron Systems | Reexamination of Incommensurate Magnetic Structure in Multiferroic MnCr2O4 and CoCr2O4 | Yusuke KOUSAKA | Aoyama Gakuin University Department of Physics and Mathematics | Japan | 4.00 |
| BL11 | GU | 2014A0004 | P1 | Materials Science and Engineering | High-pressure and low temperature invesigations of Sulfuric acid hydrates | Helen Elizabeth MAYNARD-CASELY | Australian Nuclear Science and Technology Organisation Bragg Institute | Australia | 6.00 |
| BL11 | GU | 2014A0015 | P1 | Materials Science and Engineering | In Situ Observation of Superabundant Vacancy Formation and its Ordered Structure in Fe-D Solid Solution | Katsutoshi AOKI | Tohoku University Institute for Materials Research | Japan | 5.00 |
| BL11 | GU | 2014A0046 | P1 | Materials Science and Engineering | High pressure structure study of sodium disilicate glass | Tony YU | The University of Chicago Center for Advanced Radiation Sources | U.S.A. | 7.00 |
| BL11 | GU | 2014A0048 | P1 | Materials Science and Engineering | Search for LiBr-6D2O ice VII | Stefan KLOTZ | University P&M Curie IMPMC | France | 5.00 |
| BL11 | GU | 2014A0049 | P1 | Materials Science and Engineering | Hydrogen in Iron Formed by the Reaction of Iron， Silicate， and Water under High-Pressure and High-Temperature Conditions | Takehiko YAGI | Ehime University Geodynamic Research Center | Japan | 5.00 |
| BL11 | GU | 2014A0050 | P1 | Materials Science and Engineering | Structural variations of Ca(OD)2 at high pressure and high temperature | Takaya NAGAI | Hokkaido University Faculty of Science | Japan | 5.00 |
| BL11 | GU | 2014A0110 | P1 | Materials Science and Engineering | Structural analysis of the condensed phase of lithium borohydride using high-pressure neutron diffraction | Satoshi NAKANO | National Institute for Materials Science Materials Processing Unit | Japan | 5.00 |
| BL11 | GU | 2014A0119 | P3 | Soft Matter, Biomaterials and Liquids | A study of the structure of aqueous NaCl solution under high pressure | Toshio YAMAGUCHI | Fukuoka University Department of Chemistry | Japan | 4.50 |
| BL11 | GU | 2014A0120 | P1 | Materials Science and Engineering | In-situ observation on the formation of dense ice containing MgCl2 in the structure by neutron diffraction | Hiroyuki KAGI | The University of Tokyo Graduate School of Science | Japan | 5.00 |
| BL11 | GU | 2014A0306 | P1 | Materials Science and Engineering | Intermediate-range order of alkali germanate glass under high pressures | Hiroshi ARIMA | Tohoku University Institute for Materials Research | Japan | 5.00 |
| BL11 | GU | 2014A0158 | P1 | Materials Science and Engineering | Hydrogen position of Al-bearing hydrous phase D and superhydrous phase B | Toru INOUE | Ehime University Geodynamics Research Center | Japan | 6.00 |
| BL18 | GU | 2014A0022 | P2 | Energy Science | Direct Observation of Deuterium Gas Adsorbed on Porous Coordination Polymers | Masakazu HIGUCHI | Kyoto University Institute for integrated Cell-Material Sciences | Japan | 8.00 |
| BL18 | GU | 2014A0027 | P1 | Materials Science and Engineering | Neutron Diffraction Study of Metal Complex Using Porous Coordination Complexes as Crystalline Hosts | Yasuhide INOKUMA | University of Tokyo Department of Applied Chemistry， Graduate School of Engineering | Japan | 10.00 |
| BL18 | GU | 2014A0070 | P1 | Materials Science and Engineering | Time-of-flight 3D neutron diffraction for multigrain crystallography | Soeren SCHMIDT | Technical University of Denmark Department of Physics | Denmark | 12.00 |
| BL18 | GU | 2014A0080 | P5 | Magnetism and Strongly Correlated Electron Systems | Magnetic structure analysis of high neutron absorbing compounds EuX4 (X=Ga， Al) | Takuro KAWASAKI | Japan Atomic Energy Agency Neutron science section， J-PARC Center | Japan | 3.00 |
| BL18 | GU | 2014A0144 | P5 | Magnetism and Strongly Correlated Electron Systems | Magnetic structure of a magnetoelectric oxide Co4Nb2O9 | Taka-hisa ARIMA | University of Tokyo Department of Advanced Materials Science | Japan | 4.00 |
| BL18 | GU | 2014A0146 | P1 | Materials Science and Engineering | Single crystal neutron scattering experiments of magnetoplumbite-type Sr-ferrite Sr
|
Yoshikazu TABATA | Kyoto University Department of Materials Science and Engineering | Japan | 5.00 |
| BL18 | GU | 2014A0298 | P5 | Magnetism and Strongly Correlated Electron Systems | High Magnetic Field Neutron Diffraction in Shastry-Sutherland System-Step2 | Hiroyuki NOJIRI | Tohoku University Institute for Materials Research | Japan | 5.00 |
| BL18 | GU | 2014A0315 | P1 | Materials Science and Engineering | Neutron Crystal Structure Analysis of Hydrogen Bonded p-Benzosemiquinone Rhodium Complex | Minoru MITSUMI | University of Hyogo Graduate School of Material Science | Japan | 8.00 |
| BL19 | GU | 2014A0012 | P7 | Industrial Applications | Residual stress measurements of electrical steel with cutting processing | Hiroshi NOZAKI | Toyota Central R&D Labs.， Inc. | Japan | 2.00 |
| BL19 | GU | 2014A0025 | P1 | Materials Science and Engineering | Detection of critical point in martensitic transformation of an Fe-Pd alloy | Takashi FUKUDA | Osaka University Graduate School of Engineering | Japan | 4.00 |
| BL19 | GU | 2014A0087 | P1 | Materials Science and Engineering | Measurement of stress distribution along rebar in reinforced concrete using pulsed neutron diffraction | Hiroshi SUZUKI | Japan Atomic Energy Agency Quantum Beam Science Directorate (Tokai) | Japan | 4.00 |
| BL19 | GU | 2014A0094 | P1 | Materials Science and Engineering | In-situ Neutron Diffraction Study on Tensile-Compression Deformation Behavior of 18R-LPSO Mg Alloy | Satoshi MOROOKA | Tokyo Metropolitan University Department of Aerospace Engineering | Japan | 3.00 |
| BL19 | GU | 2014A0109 | P1 | Materials Science and Engineering | Estimation of abnormal slip system activation in ultrafine grained pure Ti and Mg by in-situ neutron diffraction during tensile deformation | Daisuke TERADA | Kyoto University Faculty of Engineering | Japan | 3.50 |
| BL19 | GU | 2014A0140 | P1 | Materials Science and Engineering | Measurement of residual strain profile in front of the fatigue crack after excessive loading | Kenji KIKUCHI | Ibaraki University Frontier Research Center for Applied Atomic Sciences | Japan | 1.00 |
| BL19 | GU | 2014A0149 | P1 | Materials Science and Engineering | In-situ Residual Stress Measurements on Dissimilar Metal Joint under Cyclic Thermal Loading | Koichi AKITA | Japan Atomic Energy Agency Quantum Beam Science Directorate | Japan | 5.00 |
| BL19 | GU | 2014A0162 | P1 | Materials Science and Engineering | Time-resolved strain analyses of the piezoelectric actuator under cyclic electric fields | Takuro KAWASAKI | Japan Atomic Energy Agency Neutron science section， J-PARC Center | Japan | 2.50 |
| BL19 | GU | 2014A0267 | P1 | Materials Science and Engineering | In-situ investigation on microstructure rearrangements and defect kinetics in magnesium and aluminuim alloys | Klaus-Dieter LISS | Australian Nuclear Science and Technology Organisation AUSTRALIA The Bragg Institute | Australia | 2.00 |
| BL19 | GU | 2014A0280 | P1 | Materials Science and Engineering | On the crystal perfection and defect kinetics in the high temperature phases of Zr， Ti and Al alloys: An in-situ study of primary extinction | Klaus-Dieter LISS | Australian Nuclear Science and Technology Organisation AUSTRALIA The Bragg Institute | Australia | 5.00 |
| BL19 | GU | 2014A0283 | P7 | Industrial Applications | Residual Stress Measurement of the Actual Part in High Temperature by Neutron Diffraction | Koji YAMADA | DENSO CORPORATION | Japan | 4.50 |
| BL19 | GU | 2014A0287 | P7 | Industrial Applications | In Situ Measurement of Stress in Duplex Stainless Steel under Tensile Loading | Yun WANG | Hitachi Ltd. | Japan | 1.00 |
| BL19 | GU | 2014A0302 | P1 | Materials Science and Engineering | Role of Graphite in Deformation Behavior of Ductile Cast Irons during Cyclic Tension-Compression Loading | Stefanus HARJO | Japan Atomic Energy Agency Neutron Science Section， Materials and Life Science Division， J-PARC Center | Japan | 4.00 |
| BL19 | GU | 2014A0322 | P2 | Energy Science | Guest storage capacity into dense methane hydrate | Shigeo SASAKI | Gifu University Faculty of Engineering | Japan | 3.00 |
| BL20 | GU | 2014A0164 | P5 | Magnetism and Strongly Correlated Electron Systems | Magnetic and Crystal Structures of Honeycomb Lattice systems Li3Ni2AO6 (A=Sb， Bi) | Yukio YASUI | Meiji University Department of Physics | Japan | 2.00 |
| BL20 | GU | 2014A0251 | P2 | Energy Science | Effects of charge and discharge process on crystal structure of oxygen-deficient Li(Mn，Co，Ni，Li)O2-d cathodes by reduction methods | Yasushi IDEMOTO | Tokyo University of Science Department of Pure and Applied Chemistry， Faculty of Science and Technology | Japan | 4.00 |
| BL20 | GU | 2014A0255 | P5 | Magnetism and Strongly Correlated Electron Systems | Determination of magnetic structure in zero-field of the antiferromagnet TbB6 showing multi-step magnetization | Fumitoshi IGA | Ibaraki University Faculty of Science | Japan | 0.50 |
| BL20 | GU | 2014A0257 | 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 | 2014A0258 | P5 | Magnetism and Strongly Correlated Electron Systems | Study of the magnetic structure in the localized-4d system La5Mo4O16 | Ryoichi KAJIMOTO | Japan Atomic Energy Agency J-PARC Center | Japan | 1.00 |
| BL20 | GU | 2014A0282 | P1 | Materials Science and Engineering | Crystal structural analyses of Bi-based perovskite ferroelectrics for establishing their materials design | Yuji NOGUCHI | University of Tokyo Research Center for Advanced Science and Technology | Japan | 2.00 |
| BL21 | GU | 2014A0176 | P2 | Energy Science | Pair distribution function analysis on defect structure of LnSrGa3O7-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 | 2014A0178 | P2 | Energy Science | Structural fluctuation by mixed ionic conduction in superionic conductors and their molten phases and anion polarization effects | Shuta TAHARA | University of the Ryukyus Department of Physics and Earth Sciences， Faculty of science | Japan | 3.00 |
| BL21 | GU | 2014A0194 | P3 | Soft Matter, Biomaterials and Liquids | The determination of mixing state of binary solution in confined space | Taku IIYAMA | Shinshu University Faculty of Science | Japan | 2.25 |
| BL21 | GU | 2014A0197 | P5 | Magnetism and Strongly Correlated Electron Systems | Observation of local lattice distortion causing self-doping effect in half metallic ferromagnet CrO2 | Katsuaki KODAMA | Japan Atomic Energy Agency Quantum Beam Science Directorate (Tokai) | Japan | 1.50 |
| BL21 | GU | 2014A0200 | P2 | Energy Science | Formation and Decomposition Processes of Metal?Deuterium Bonds between LaMg2Ni and LaMg2NiD7 Studied by in-situ Powder Neutron Diffraction | Toyoto SATO | Tohoku University Institute for Materials Research | Japan | 4.00 |
| BL21 | GU | 2014A0206 | P3 | Soft Matter, Biomaterials and Liquids | Hierarchical structures in a mixture of water / organic solvent / antagonistic salt | Koichiro SADAKANE | Ritsumeikan University College of Science and Engineering | Japan | 2.00 |
| BL21 | GU | 2014A0211 | P1 | Materials Science and Engineering | Structure determination of the solidified Au-Si alloys at eutectic composition | Taku SATO | Tohoku University Institute of Multidisciplinary Research for Advanced Materials | Japan | 2.00 |
| BL21 | GU | 2014A0212 | P3 | Soft Matter, Biomaterials and Liquids | Visualization of conduction pathways of lithium ions in Li2S-GeS2 and Li2S-SiS2 glasses | Kazuhiro MORI | Kyoto University Research Reactor Institute | Japan | 2.00 |
| BL21 | GU | 2014A0214 | P3 | Soft Matter, Biomaterials and Liquids | Structural study of multi-component oxide glasses by reverse monte carlo method combining with solid-state NMR and neutron diffraction | Takahiro OHKUBO | Chiba University Faculty of Engineering | Japan | 1.00 |
| BL21 | GU | 2014A0219 | P1 | Materials Science and Engineering | Dynamic nature of the inhomogeneous structure in metallic glasses | Xun-Li WANG | City University of Hong Kong Department of Physics & Materials Science | Hong Kong | 2.00 |
| BL21 | GU | 2014A0228 | P1 | Materials Science and Engineering | Structures of Pd/Pt nano-alloys and their mixing transitions derived by hydrogen absorption/desorption processes | Osamu YAMAMURO | University of Tokyo Institute for Solid State Physics | Japan | 5.00 |
| BL21 | GU | 2014A0296 | P3 | Soft Matter, Biomaterials and Liquids | Structure of ”ionic liquid” - water mixtures | Saboungi MARIE-LOUISE | Pierre & Marie Curie Univ.Paris 6 FRANCE IMPMC-CNRS | France | 2.00 |
| BL21 | GU | 2014A0329 | P2 | Energy Science | Crystal structure analyses for new hydrogen storage materials when absorbing/desorbing hydrogen | Hiroshi NOZAKI | Toyota Central R&D Labs.， Inc. Materials Analysis Evaluation Division | Japan | 4.67 |
| BL21 | GU | 2014A0330 | P3 | Soft Matter, Biomaterials and Liquids | Structure analysis for amorphous carbon with low friction by total scattering measurement | Hiroshi NOZAKI | Toyota Central R&D Labs.， Inc. Materials Analysis Evaluation Division | Japan | 2.08 |
| BL21 | GU | 2014A0334 | - | - | Structural analysis of anode material-2 | Izuru KANOYA | Honda R&D Co,.Ltd | Japan | - |