Hiroshima University / University of Tsukuba / Kyoto University / Keio University / Nagoya University / Radiation Research Center / Naka Fusion Institute / Institute of Advanced Energy / Osaka Prefecture University / Osaka University / Tokai University / Tohoku University / /
IndustryTerm
gas injection experiments / gas throughput / present-day fusion devices / large tandem mirror device / divertor systems / noble gas / toroidal fusion devices / noble gas injection / linear devices / neutral beam injection systems / Massive gas injection / gas transfer pipes / gas injection systems / fusion devices / hydrogen gas / tandem mirror device / plasma production/heating devices / stainless steel / gas reservoir / large-scale linear device / multi-gridded type ion energy analyzer / gas injection equipment / gas puffing / diagnostic tools / gas injection experiment / linear device / divertor simulation devices / energy distribution / gas injection / /
MedicalTreatment
radiation / /
Organization
Radiation Research Center / University of Tsukuba / Nagoya University / Plasma Research Center / National Institute for Fusion Science / Institute of Advanced Energy / Tohoku University / Sendai / Naka Fusion Institute / Graduate school / Keio University / Faculty of Science and Technology / Institute for Material Research / Hiroshima University / Hiroshima / Tokai University / Kyoto University / Japan Atomic Energy Agency / Ministry of Education / Osaka Prefecture University / / /
FIP/P8-10
1 Development of Divertor Simulation Research in the GAMMA 10/PDX Tandem Mirror