论文标题
经典模型在高分辨率电场强度上的应用落在氢气中
Application of classical models to high resolution electric field strength falls in a hydrogen glow-discharge
论文作者
论文摘要
本文介绍了在纯氢等离子体中运行的空心阴极排放中进行的两个经典模型在高分辨率电场测量中的应用。电场测定是通过2s氢水平的鲜明转移和分裂进行的，然后进行了光能检测。两个经典模型，Rickards的Ski和WRO {§SKI，用于这些测量结果，目的是获得对放电动力学的首次估计。所选模型提供了离子运动，它们的能量和它们在阴极秋季区域的平均自由路径的概念，以及根据排放特性的电场强度行为。
This paper presents the application of two classical models to high-resolution electric field measurements carried out in a hollow cathode discharge operated in pure hydrogen plasma. The electric field determination has been done via the Stark shifting and splitting of the 2S level of hydrogen, followed by optogalvanic detection. Two classical models, Rickards' and Wro{ń}ski's, are applied to these measurements with the objective of obtaining a first estimation on the discharge dynamics. The chosen models provide an idea of the ions movement, their energy and their mean free path at the cathode fall region, as well as the electric field strength behaviour depending on the discharge characteristics.
