Cathode Spot Movement of Low Pressure Arc Removing Oxide Layer

A. Sato, T. Iwao, M. Yumoto
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引用次数: 1

Abstract

Remarkable characteristic of cathode spot of low pressure arc can remove the oxide layer preferentially. Recently, cathode spot of low pressure arc have been used for cleaning metal oxide surface before the thermal spray or surface modification. However, there are few reports on the cathode spot movement or the oxide removal process. The experiment carried out by using the SS400 cathode work piece and the used cylindrical copper anode. The cathode spot movement taken by the high speed video camera is observed and analyzed by using the plasma image processing (PIP). The surfaces of work piece were covered with thick oxide of 9.67nm. The surface work piece of surface after processing was analyzed by using the laser microscope. The cathode spots movement has the difference as the processing time increases and the oxide layer roughness changes
低压除弧氧化层阴极点运动
低压电弧阴极光斑的显著特性可以优先去除氧化层。近年来,低压电弧阴极光斑在热喷涂或表面改性前被用于金属氧化物表面的清洗。然而,关于阴极斑点移动或氧化物去除过程的报道很少。实验采用SS400阴极工件和采用圆柱形铜阳极进行。采用等离子体图像处理技术对高速摄像机拍摄的阴极光斑运动进行了观察和分析。工件表面覆盖了一层厚度为9.67nm的氧化层。采用激光显微镜对表面加工后的表面工件进行了分析。阴极斑点的运动随加工时间的增加和氧化层粗糙度的变化而变化
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