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    • 10. 发明授权
    • Method of processing electrically conductive material by glow discharge
    • 通过辉光放电处理导电材料的方法
    • US4394234A
    • 1983-07-19
    • US174748
    • 1980-08-04
    • Naotatsu AsahiSizuka YamaguchiKatsuyoshi Terakado
    • Naotatsu AsahiSizuka YamaguchiKatsuyoshi Terakado
    • C21D1/09C23C8/36C01B21/30C21D1/48
    • C23C8/36C21D1/09
    • A glow discharge surface treatment process wherein only the selected portions of a workpiece adjacent to or surrounded by the associated secondary electrodes are surface-treated so as to provide different treatments on the workpiece according to the position of the secondary electrodes. The each secondary electrode is provided close to at least a portion of the workpiece, and the workpiece and the associated secondary electrode are both connected to the cathode. When a voltage is applied between the cathode and the wall of the container in the treatment apparatus which forms the anode, mutual interference effect (which is referred to as a hollow cathode effect) of negative glow discharges is established between the workpiece and the associated secondary electrode so as to accelerate the heat treatment for the selected portion of the workpiece surrounded by the secondary electrode. The gas pressure in the container is varied to control the hollow cathode effect. In the treatment process of the present invention, the workpiece is thermally treated so as to provide differently treated portions therein.
    • 一种辉光放电表面处理方法,其中仅将与相关联的次级电极相邻或围绕的工件的选定部分进行表面处理,以便根据次级电极的位置对工件提供不同的处理。 每个次级电极靠近工件的至少一部分设置,并且工件和相关联的次级电极都连接到阴极。 当在形成阳极的处理装置中在阴极和容器的壁之间施加电压时,在工件和相关联的次级间产生负辉光放电的相互干涉效应(被称为空心阴极效应) 电极,以便加速被二次电极包围的工件的选定部分的热处理。 改变容器中的气体压力以控制空心阴极效应。 在本发明的处理过程中,对工件进行热处理,以便在其中提供不同的处理部分。