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首页> 外文期刊>Plasma and Fusion Research >Magnetic Field Configuration Dependence of Plasma Production and Parallel Transport in a Linear Plasma Device NUMBER
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Magnetic Field Configuration Dependence of Plasma Production and Parallel Transport in a Linear Plasma Device NUMBER

机译：线性等离子体设备中等离子体产生和平行传输的磁场配置依赖性

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摘要

In order to study a new method of generating energetic ion, a linear plasma device NUMBER was designed and constructed. The device consists of a plasma production region and a test region connected axially. The radial profile of the electron density and the electron temperature were measured using a Langmuir probe. The radius of plasma is consistent with a field line trace calculation. The time evolution of the ion saturation current I is was measured. A high I is phase accompanied by rapid increase and rapid decrease of I is was observed. From the scan of magnetic field in the test region, it is found that the high I is phase may be caused by unexpected electron cyclotron resonance in the test region. The gas pressure is also related to the appearance of the high I is phase.
机译：为了研究产生高能离子的新方法，设计并构建了线性等离子体装置NUMBER。该设备包括一个轴向连接的等离子体产生区域和一个测试区域。使用Langmuir探针测量电子密度和电子温度的径向分布。等离子体的半径与场线迹线计算一致。测量了离子饱和电流I的时间演变。高I相是伴随着I的快速增加和快速降低的。从测试区域中的磁场扫描，发现高I相是由测试区域中意外的电子回旋共振引起的。气压也与高I相的出现有关。

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