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一、前言随着工业水平的迅速提高,和科学技术的飞速发展,原有的常规电镀已远远不能适应这些需要。如电子工业的薄膜集成电路,光学工业中的增透膜、高反膜、干涉滤光片、函数滤光片、航空工业中的固体润滑薄膜、各种另部件的防腐薄膜,耐磨薄膜。在火箭、人造卫星、宇宙飞船的尖端科学中对于消旋天线、太阳能电池的表面处理,轻工、机械工业中的刀具、量具、模具、滚轴的超硬耐磨镀层,各种车辆汽缸的耐磨耐热
I. Introduction With the rapid improvement of the industrial level, and the rapid development of science and technology, the original conventional plating is far from being able to meet these needs. Such as thin film integrated circuits in the electronics industry, AR coatings in the optical industry, high reflective films, interference filters, function filters, solid lubricant films in the aerospace industry, corrosion resistant films for various other components, and wear resistant films. In rocket, satellite, spacecraft cutting-edge science for the anti-spin antenna, solar cell surface treatment, light industry, machinery industry tools, measuring tools, molds, roller hard wear-resistant coating, a variety of vehicle cylinder Wear and heat