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首页> 外文期刊>Plasma and Fusion Research >Analysis of Particle Orbits in a Spherical Tokamak-Stellarator Hybrid System (TOKASTAR) and Experiments in the Compact-TOKASTAR Device
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Analysis of Particle Orbits in a Spherical Tokamak-Stellarator Hybrid System (TOKASTAR) and Experiments in the Compact-TOKASTAR Device

机译：球形托卡马克-恒星混合系统（TOKASTAR）中的粒子轨道分析和紧凑型TOKASTAR装置中的实验

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摘要

The compact spherical tokamak-stellarator hybrid system, TOKASTAR, has been proposed, and particle orbit analysis in this pure-stellarator configuration has been carried out. In the original configuration produced by an outboard-side helical coil and central straight coil post, the average rotational transform is rather small, and several improved configurations were evaluated. Improved confinement of charged particles was achieved by replacing the central straight coil post with an inboard-side helical coil system. To demonstrate the original configuration concept experimentally, the Compact-TOKASTAR device (C-TOKASTAR) was constructed, and the existence of magnetic surfaces and electron confinement are suggested using the stellarator diode method.
机译：已经提出了紧凑的球形托卡马克-恒星混合系统，TOKASTAR，并且已经在这种纯恒星配置中进行了粒子轨道分析。在由外侧螺旋线圈和中心直线圈柱产生的原始配置中，平均旋转变换相当小，并评估了几种改进的配置。通过用内侧螺旋线圈系统代替中央直线圈柱，可以改善带电粒子的限制。为了通过实验证明原始的配置概念，构造了Compact-TOKASTAR器件（C-TOKASTAR），并建议采用恒星二极管方法来确定磁性表面和电子约束的存在。

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