@inproceedings{oai:repo.qst.go.jp:00054852,
 author = {中嶋, 洋輔 and 市村, 和也 and S., Islam M. and 坂本, 瑞樹 and 江角 直道 and 平田, 真史 and 市村, 真 and 池添, 竜也 and 今井, 剛 and 假家, 剛 and 片沼, 伊佐夫 and 小波, 蔵純子 and 南, 龍太郎 and 沼倉, 友晴 and 吉川, 正志 and M., Islam M. and 野尻, 訓平 and 清水, 弘慈 and 寺門, 明紘 and 朝倉, 伸幸 and 福本, 正勝 and 畑山, 明聖 and 廣岡, 慶彦 and 門, 信一郎 and 久保, 博孝 and 増崎, 貴 and 松浦, 寛人 and 仲野, 友英 and 永田, 晋二 and 西野, 信博 and 大野, 哲靖 and 相良, 明男 and 澤田, 圭司 and 庄司, 主 and 利根川, 昭 and 上田, 良夫 and 朝倉 伸幸 and 福本 正勝 and 久保 博孝 and 増崎 貴 and 仲野 友英 and 大野 哲靖 and 相良 明男 and 上田 良夫},
 book = {Proceedings of 26th IAEA Fusion Energy Conference},
 month = {Oct},
 note = {This paper describes the recent progress of divertor simulation research for the characterization and control of the detached plasmas using GAMMA 10/PDX tandem mirror towards the development of divertor in fusion reactors. In plasma flow generation experiment at the end-cell of GAMMA 10/PDX, ICRF heating in anchor-cell successfully extended the particle flux up to 3.3×1023 /m2 s. Superimposing the short pulse of ECH also attained the highest heat flux of ~25 MW/m2. We have succeeded in achieving and characterizing the detachment of the high temperature plasma equivalent to SOL plasma of tokamaks by using the divertor simulation experimental module (D-module) in the GAMMA 10/PDX end-cell in spite of using a linear device with short connection length of magnetic field line. Various gases (N2, Ne, Ar, Xe) are examined to evaluate the effect of radiation cooling against the plasma flow of MW/m2 level in a divertor simulation region and the following results are obtained: (i) Xe gas was most effective on electron cooling (down to ~2 eV) and reduction of heat and particle fluxes (1%, 3%, respectively). (ii) Ne gas was less effective. On the other hand, (iii) N2 gas showed more favorable effects than Ar. Numerical simulation using multi-fluid code was successfully performed in the end-cell and the effect of radiation cooling towards plasma detachment was investigated. These results will contribute to the progress in detached plasma operation and clarification of radiation cooling mechanism towards the development of the future divertor.},
 title = {Recent Progress of Divertor Simulation Research Using the GAMMA 10/PDX Tandem Mirror},
 year = {2016}
}