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首页> 外文期刊>Plasma physics and controlled fusion >Shear-flow susceptibility near the low-density transition in TJ-II
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Shear-flow susceptibility near the low-density transition in TJ-II

机译:TJ-II低密度转变附近的剪切流敏感性

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摘要

The emergence of the plasma edge shear-flow layer has been recently shown to be consistent with second-order transition model coupling shear amplification by Reynolds stress and turbulence reduction by shear. A fundamental feature of second-order transitions in equilibrium thermodynamics is the divergence of the susceptibility near the critical point. In this paper, an experimental investigation is carried out to find out whether an analogous phenomenon takes place in the transition leading to the formation of the shear-flow layer in the TJ-II stellarator.
机译:最近已证明等离子边缘剪切流动层的出现与通过雷诺应力耦合剪切放大和通过剪切减少湍流的二阶过渡模型一致。平衡热力学中二阶跃迁的基本特征是在临界点附近的磁化率发散。在本文中,进行了一项实验研究,以发现在过渡过程中是否发生了类似现象,从而导致在TJ-II恒星分离器中形成剪切流层。

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