@misc{oai:repo.qst.go.jp:00066655,
 author = {小林, 貴之 and 澤畠, 正之 and 寺門, 正之 and 平内, 慎一 and 佐藤, 文明 and 和田, 健次 and 日向, 淳 and 横倉, 賢治 and 梶原, 健 and 小田, 靖久 and 池田, 亮介 and 諫山, 明彦 and 高橋, 幸司 and 森山, 伸一 and 小林 貴之 and 澤畠 正之 and 寺門 正之 and 平内 慎一 and 佐藤 文明 and 和田 健次 and 日向 淳 and 横倉 賢治 and 梶原 健 and 小田 靖久 and 池田 亮介 and 諫山 明彦 and 高橋 幸司 and 森山 伸一},
 month = {Feb},
 note = {An Electron Cyclotron Heating and Current Drive (ECH/CD) system is one of the essential tools in JT-60SA (Super Advanced). It will be used for many experimental purposes such as localized electron heating and current drive, stabilization of instabilities, plasma start-up assist and wall cleaning. The maximum heating power of 7 MW for the pulse duration of 100 s will be provided by means of 9 units of gyrotrons (1 MW each), 9 units of waveguide transmission lines (transmission efficiency of 75 – 80%) and 4 units of launchers. The gyrotron is featured by a capability of operations at three frequencies of 110 GHz, 138 GHz (1 MW/100 s) and 82 GHz (1 MW/1s) [1]. Toward the successful start of plasma experiments of JT-60SA, which is scheduled in 2020, R&D and preparation of the ECH/CD system components are progressing. In this presentation, R&D results on the ECH/CD launcher and the status on the preparation of the ECH/CD system components such as transmission line, control and power supply are reported., Japan-Korea Workshop on “Physics and Technology of Heating and Current Drive”},
 title = {R&D and preparation of ECH/CD system for JT-60SA},
 year = {2018}
}