@article{oai:repo.qst.go.jp:00048670,
 author = {坂本, 瑞樹 and 寺門, 明紘 and 野尻, 訓平 and 江角, 直道 and 中嶋, 洋輔 and 澤田, 圭司 and 市村, 和也 and 福本, 正勝 and 大木, 健輔 and 清水, 弘慈 and 大野, 哲靖 and 増崎, 貴 and 東郷, 訓 and 小波蔵, 純子 and 吉川, 正志 and 福本 正勝},
 journal = {Nuclear Materials and Energy},
 month = {May},
 note = {In the tandem mirror GAMMA 10/PDX, molecular activated recombination (MAR) leading to plasma de- tachment has been observed by additional hydrogen gas injection to the divertor simulation plasma (i.e. end loss plasma) which is exposed to the V-shaped target in the divertor simulation experimental mod- ule (D-module). The temperature near the corner of the V-shaped target decreased from ∼23 eV to ∼2 eV as the neutral pressure in the D-module increased. A clear density rollover was observed at ∼2 Pa. A po- sition of the density maximum moves to upstream of the plasma with increase in the neutral pressure and the density near the corner of the target decreases to detach the plasma from the target. After the occurrence of the density rollover, the Balmer βintensity decreases as with the density but the Balmer αintensity continues to increase, indicating the dissociative attachment process in MAR is more dominant than the ion conversion process although the rate coefficient of the former process is lower than that of the latter one, which is calculated by using a collisional radiative model. This would be caused by the MAR process related to triatomic hydrogen molecules which significantly contributed to the detachment process.},
 pages = {1004--1009},
 title = {Molecular activated recombination in divertor simulation plasma on GAMMA 10/PDX},
 volume = {12},
 year = {2017}
}