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Anisotropy and tail formation in ICRF-heated tokamak plasmas

D.T. Blackfield, J.E. Scharer1982年被引用 21Nuclear FusionIF 3出版社

A local, two-dimensional (in velocity space), time-dependent, quasi-linear Ion Cyclotron Range of Frequencies (ICRF) Fokker-Planck model is used to study heating in PLT and NUWMAK reactor plasmas. It is found that PLT ICRF experimental results, including tail formation, are well modelled when charge-exchange, radial and radiation losses and Ohmic heating are incorporated. For the NUWMAK reactor parameters, the lower-radiofrequency power per resonant particle and high density provide an isotropic Maxwellian plasma describable by fluid models.

日本語訳

局所的、二次元(速度空間における)、時間依存、準線形のイオンサイクロトロン周波数帯(ICRF)フォッカー・プランクモデルを用いて、PLTおよびNUWMAK炉プラズマにおける加熱を研究する。荷電交換、半径方向および放射損失、ならびにオーミック加熱を組み込むと、テール形成を含むPLT ICRF実験結果がよくモデル化されることが見いだされる。NUWMAK炉パラメータについては、共鳴粒子当たりの高周波電力が低いことと高密度により、流体モデルで記述可能な等方的マクスウェルプラズマが得られる。

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Ion cyclotron heating
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