Abstract

The results of mathematical simulation of the distribution of the magnetic field lines on the cathode surface in an MAP plant are presented, and the main features of the cathode evaporation from the coating material in a high-current vacuum arc discharge using controlled motion of cathode spots in a magnetic field of a given configuration are analyzed. Possible ways for modifying the magnetic system of stabilizing the evaporation zone on a cathode for coating large aviation GTE parts are discussed.

中文翻译：

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开发一种用于稳定离子-等离子体 MAP 装置中真空电弧放电阴极扩展蒸发区的磁系统

摘要

给出了 MAP 设备阴极表面磁场线分布​​的数学模拟结果，以及在使用阴极点控制运动的高电流真空电弧放电中阴极从涂层材料蒸发的主要特征在给定配置的磁场中进行分析。讨论了改进磁性系统以稳定阴极上的蒸发区以涂覆大型航空 GTE 部件的可能方法。