Feedback suppression of the radiative condensation instability

A. Sen
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引用次数: 1

Abstract

A new scheme of feedback suppression of the radiative condensation instability in the tokamak edge plasma is presented. The physics basis of this scheme is the modulation of the parallel electron thermal flux at the instability frequency via a feedback circuit. The latter consists of a temperature sensor, amplifiers, phase shifters, and a suitable form of insulated segmented poloidal limiter sections used as suppressors. The necessary feedback power is the order of a kilowatt for small tokamaks and a few megawatts for large reactor‐type machines.
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辐射凝结不稳定性的反馈抑制
提出了一种反馈抑制托卡马克边缘等离子体辐射凝聚不稳定性的新方案。该方案的物理基础是通过反馈电路调制不稳定频率处的平行电子热通量。后者由温度传感器、放大器、移相器和用作抑制器的合适形式的绝缘分段极向限制器部分组成。对小型托卡马克来说,必要的反馈功率是一千瓦的数量级,对大型反应堆型机器来说是几兆瓦。
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