作者
Andrea M Garofalo, XZ Gong, J Qian, J Chen, G Li, K Li, MH Li, X Zhai, P Bonoli, D Brower, L Cao, L Cui, S Ding, WX Ding, W Guo, Christopher Holcomb, J Huang, Alan Hyatt, Matthew Lanctot, Lang L Lao, H Liu, B Lyu, J McClenaghan, Y Peysson, Q Ren, S Shiraiwa, Wayne Solomon, Q Zang, B Wan
发表日期
2017/6/7
期刊
Nuclear Fusion
卷号
57
期号
7
页码范围
076037
出版商
IOP Publishing
简介
Recent experiments on EAST have achieved the first long pulse H-mode (61 s) with zero loop voltage and an ITER-like tungsten divertor, and have demonstrated access to broad plasma current profiles by increasing the density in fully-noninductive lower hybrid current-driven discharges. These long pulse discharges reach wall thermal and particle balance, exhibit stationary good confinement (H 98y2~ 1.1) with low core electron transport, and are only possible with optimal active cooling of the tungsten armors. In separate experiments, the electron density was systematically varied in order to study its effect on the deposition profile of the external lower hybrid current drive (LHCD), while keeping the plasma in fully-noninductive conditions and with divertor strike points on the tungsten divertor. A broadening of the current profile is found, as indicated by lower values of the internal inductance at higher density. A broad …
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