Experimental modeling of inductive discharges
Experimental modeling of inductive discharges
复制标题
感应放电的实验模型
DOI：
10.1116/1.578488
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发表时间：
1993
期刊：
影响因子：
--
通讯作者：
Francis F. Chen
中科院分区：
文献类型：
--
作者：
G. Chevalier;Francis F. Chen
感应激励螺旋波放电的密度分布和效率被发现是敏感的参数通常不考虑在理论处理。天线区域中的发散磁场将中心密度增加五倍，并且将总等离子体产生增加两倍。碳或氮化硼孔径限制器也增加了密度，但仅当放置在天线的特定部分下时。只有在通过诸如此类的探索性测量发现重要变量之后，才能进行理论建模。
The density profile and efficiency of inductively excited helicon wave discharges are found to be sensitive to parameters not usually considered in theoretical treatments. A diverging magnetic field in the antenna region increases the central density by a factor of five and the total plasma production by a factor of two. A carbon or boron nitride aperture limiter also increases the density, but only if placed under a particular part of the antenna. Theoretical modeling can be carried out only after the important variables are found by exploratory measurements such as these.