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Power deposition by mode converted electron Bernstein waves in the DIII-D 'heat pinch' experiments

机译:DIII-D热收缩实验中模式转换电子伯恩斯坦波的功率沉积

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摘要

Mode converted electron Bernstein waves are shown to play an important role in power deposition in the off-axis electron cyclotron heating experiments on the DIII-D tokamak in which the effect known as the 'heat pinch' was inferred. Ray tracing shows that the mode converted Bernstein modes (generated when the launched X mode reflects form an outboard upper hybrid layer) are damped in the central region where the previous transport analysis had assumed no power being deposited.
机译:在DIII-D托卡马克的离轴电子回旋加速器加热实验中,模式转换的电子伯恩斯坦波被证明在功率沉积中起着重要作用,其中推断出所谓的“热捏”效应。射线追踪表明,模式转换的伯恩斯坦模式(当发射的X模式反射时从外侧上层混合层反射时生成)在中心区域受阻尼,在该区域中,先前的传输分析假定没有功率沉积。

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