BL No. | Access Mode | Proposal No. | Review field |
Title of experiment | Principal investigator | Affiliation | Country | Adopted BT day(s) |
|
---|---|---|---|---|---|---|---|---|---|
BL08 | S-type | 2014S05 | - | - | Development of High Resolution Neutron Powder Diffraction Method using SuperHRPD and the Structural Study of Functional Materials | Takashi KAMIYAMA | High Energy Accelerator Research Organization | Japan | 25.00 |
BL11 | IU | 2016I0011 | - | - | Development of in-situ high- pressure diffraction technique at PLANET | Takanori HATTORI | Japan Atomic Energy Agency | Japan | 11.00 |
BL18 | PU | 2015P0304 | - | - | Development and Application of Neutron Optical devices and Detection System | Takayuki OKU | Japan Atomic Energy Agency | Japan | 0.00 |
BL18 | PU | 2015P0504 | - | - | Mechanism of the function expression caused by disordered structure | Yukinobu KAWAKITA | Japan Atomic Energy Agency | Japan | 2.00 |
BL18 | DU | 2016C0005 | - | - | Development of high- pressure sample environments for SENJU | Koji MUNAKATA | Comprehensive Research Organization for Science and Society (CROSS) | Japan | 4.00 |
BL18 | IU | 2016I0018 | - | - | Instrument group use of BL18 | Takashi OHHARA | Japan Atomic Energy Agency | Japan | 10.00 |
BL19 | PU | 2015P0201 | - | - | Elucidation of Dynamical Function of Engineering Materials | Kazuya AIZAWA | Japan Atomic Energy Agency | Japan | 3.00 |
BL19 | PU | 2015P0401 | - | - | Experimental and numerical study on stress states of structural discontinuities | Koichi AKITA | Japan Atomic Energy Agency | Japan | 3.00 |
BL19 | PU | 2015P703 | - | - | Pulsed neutron imaging of the temperature, structure, magnetic field, and elemental identification of a practical product | Kenichi OIKAWA | Japan Atomic Energy Agency | Japan | 0.00 |
BL19 | IU | 2016I0019 | - | - | Maintenances and Upgrading Studies at BL19 | Stefanus HARJO | Japan Atomic Energy Agency | Japan | 12.00 |
BL21 | S-type | 2014S06 | - | - | Analysis of ordered/disordered structure in hydrides with total scattering technique | Toshiya OTOMO | High Energy Accelerator Research Organization | Japan | 23.00 |