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Start-up assist by magnetized plasma flow injection in TPE-RX reversed-field pinch

机译:通过TPE-RX反向场收缩中的磁化等离子体流注入启动辅助

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A reversed-field pinch (RFP) start-up assisted by a magnetized plasma flow injection was demonstrated for the first time on a TPE-RX machine. This sequence of experiments aimed to establish a new method of ionization, gas-fill and helicity injection in the start-up phase of an RFP. In this start-up method, magnetized and well-ionized plasma is formed by a magnetized coaxial plasma gun and injected into the torus chamber as an initial pre-ionized plasma for RFP formation. In the initial experiments, attenuated density pump-out and comparatively slow decay of the toroidal flux and plasma current were observed as evidence of its being an effective start-up method.
机译:首次在TPE-RX机器上演示了由磁化等离子体流注入辅助的反向场收缩(RFP)启动。此系列实验旨在建立RFP启动阶段的电离,气体填充和螺旋注入的新方法。在这种启动方法中,被磁化的同轴等离子枪形成被磁化并被良好电离的等离子体,并作为用于RFP形成的初始预电离等离子体注入到圆环腔中。在最初的实验中,观察到衰减的密度泵出以及环形通量和等离子体电流的相对较慢的衰减,以证明其是一种有效的启动方法。

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