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非晶态材料由于其独特的抗腐蚀、耐磨损、高韧性、耐高温、高导磁等性能,国外最近几年无论从研究规模和水平,还是非晶态金属材料的应用都有较快的进步和提高。九十年代,国外激光非晶态材料的研究除金属外,还发展到陶瓷上釉、陶瓷增韧,目的是为航空发动机提供耐高温、韧性好的材料。我国近几年在这方面的研究刚刚起步,无论从激光的作用方式上还是从材料的多种类型上都是很不够的。但从发展角度看,国内对激光非晶态的认识是在不断提高。随着激光非晶态的深入研究和广泛应用,这一多学科互相渗透的边缘学科必将以它独特诱人的应用特性很快发展起来。
Amorphous materials due to its unique corrosion resistance, wear resistance, high toughness, high temperature, high permeability and other properties of foreign countries in recent years, both in terms of research size and level, or amorphous metal materials have faster application Progress and improvement. In the nineties, foreign research on laser amorphous materials in addition to metal, but also to ceramic glaze, ceramic toughening, the purpose is to provide aeroengine high temperature, good toughness of the material. In recent years, our country’s research in this field has just started, no matter from the way of the laser or from various types of materials. However, from a development perspective, the domestic understanding of laser amorphous state is constantly improving. As laser in-depth research and extensive application of amorphous state, the multidisciplinary edge of each other’s infiltration of the subject will be its unique attractive application features quickly developed.