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众所周知,提高或改善合金的耐腐蚀性能,无论采取材料“彻底改造”的方法也好,或者材料表面“局部改良”的途径也好,都必须使用适当的工艺手段,因而材料工作者总是对新工艺、新方法的出现抱有极大的兴趣。近年来,国外在金属材料工艺学的研究方面取得了很大的进展,从冶炼到表面处理,各道工序几乎无一不有新技术出现。仅就提高合金耐蚀性能来说,就有若干重大的工艺进展,而且,有的工艺对合金性能的提高远远不限于耐腐蚀这一方面。本文拟就非晶态耐蚀合金和
As we all know, to improve or improve the corrosion resistance of alloys, both the material “completely remodeling” method is also good, or material surface “partial improvement” approach is good, must use the appropriate technology means, material workers are always right New technology, the emergence of new methods have great interest. In recent years, foreign countries have made great progress in the study of metal materials technology, from smelting to surface treatment, almost every procedure there are new technologies appear. Only to improve the corrosion resistance of alloys, there are a number of major technological advances, and some processes on the performance of the alloy is far more than corrosion-resistant in this respect. This article is intended to amorphous corrosion resistant alloys and