BL No. Access Mode Proposal No. Category of Review field Title of Experiment Principal Investigater Affiliation Adopted BT
BL08S-type2009S05--Development of High Resolution Neutron Powder Diffraction Method using SuperHRPD and the Structural Study of Functional MaterialsTakashi KAMIYAMAHigh Energy Accelerator Research Organization 39.33333333
BL09S-type2009S10--Structural study of batteries by using in situ technique on the special environment neutron powder diffractometer *Masao YONEMURA High Energy Accelerator Research Organization 88
BL11IU2013I0011--Development of the PLANET for becoming a public beam line. *Takanori HATTORIJapan Atomic Energy Agency88
BL18IU2013I0018--Development and maintenance of BL18Ryoji KIYANAGI Japan Atomic Energy Agency13
BL18PU2013P0203--Structure and electronic properties of functional materialsRyoji KIYANAGI Japan Atomic Energy Agency4
BL18PU2013P0906--Project research on structure and dynamics of proton, superionic and amorphous functional materials at BL18 *Ryoji Kiyanagi Japan Atomic Energy Agency5
BL19IU2013I0019--Engineering studies at BL19Kazuya AIZAWAJapan Atomic Energy Agency8
BL19PU2013P0102--Strength of Materials and Related Engineering *Yo TOMOTAIbaraki University17
BL19PU2013P0602--Improvement of Crystalline Structural Information Imaging Techniques with Engineering Materials DiffractometerYoshiaki KIYANAGIHokkaido University2
BL19EU2013S0002--In-situ neutron diffraction of ultrafine grained pure Ti for estimation of activated slip systems during tensile deformationNobuhiro TSUJIKyoto University2
BL21S-type2012S06--Analysis of ordered/disordered structure in hydrides with total scattering technique *Toshiya OTOMOHigh Energy Accelerator Research Organization 53.33333333