自举电流

由于等离子体中心区域自举电流比较小，为了满足等离子体平衡要求，非感应电流驱动是必不可少的。

Because of the low bootstrap current in central area of plasma , the non-induced current driving is necessary for the request of plasma balance .

提出了一个修正的欧姆定律的计算托卡马克中等离子体的电导率。修正的欧姆电流与自举电流相互补偿。

A modified Ohm 's law for the electric conductivity calculation is presented , where the modified ohmic current can be compensated by the bootstrap current .

稳态托卡马克堆中的自举电流EDI膜堆的稳定运行及再生

BOOTSTRAP CURRENT IN A STEADY-STATE TOKAMAK REACTOR Stabilization Operation and Regeneration of Membrane Stack of EDI

中性束注入托卡马克中产生的快离子自举电流

Fast ion bootstrap current produced by neutral beam injection in tokamaks

托卡马克能量约束及自举电流效应的初步考虑

Energy confinement of tokamak plasma with consideration of bootstrap current effect

电磁涨落场引起的反常自举电流的准线性估计

Anomalous bootstrap current due to electromagnetic fluctuations in quasilinear theory

稳态托卡马克堆中自举电流定标律和驱动电流的一些讨论

Bootstrap current scaling and driven current in a steady - state tokamak reactor

几何参数、纵向场、有效电荷对自举电流也有着不同程度的影响。

Geometric parameter , longitudinal field , effective charge also have influence in different level .

本论文工作还研究了在固定总电流的情况下，不同分布的低杂波驱动电流对自举电流的影响。

The influence of lower hybrid current driven on the bootstrap current are also studied in the paper when the total current is constant .

在稳态托卡马克堆的燃烧阶段，当感应电流下降后，新经典输运产生的自举电流便成为维持稳定电流的最好手段。

After the induced current damp out , the neoclassical bootstrap current is the best method to maintain the needed stable current in a steady-state tokamak reactor .

离轴分布的低杂波电流可以有效提高自举电流的份额。研究结果对托卡马克聚变实验具有一定的参考价值和理论指导。

With the off-axis lower hybrid current increasing , the bootstrap current fraction can be effectively changed . The results are useful and can give good reference for tokamak fusion experiment .

本文根据α粒子新经典自举电流的最新结果，计算了感应电流消失阶段，稳态堆中α粒子、电子和离子的自举电流。

According to the recent results of neoclassical bootstrap current studies , we calculate the bootstrap current of alphas , electrons and ions in the absence of the induced current in a tokamak .