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20世纪50~60年代钛合金研究主要可分为用于航空发动机的高温钛合金和机体用的结构钛合金,1970年代开发出耐蚀钛合金,1980年代以后耐热钛合金和高强钛合金得到进一步发展,还出现了形状记忆合金,在工程上的应用日益广泛。各国近年来努力开发低成本高性能的新型钛合金,努力使其进入民用工业领域,随着钛生产力的不断改善,钛合金已成为工业生
The research of titanium alloy from 1950s to 1960s mainly can be divided into high-temperature titanium alloy used for aeroengine and structural titanium alloy for machine body. In the 1970s, corrosion-resistant titanium alloy was developed. After heat-resistant titanium alloy and high-strength titanium alloy Further development, there has also been a shape memory alloy, the engineering application is increasingly widespread. In recent years, all countries have made great efforts to develop new titanium alloys with low cost and high performance, and strive to bring them into the civilian industry. With the continuous improvement of titanium productivity, titanium alloys have become industrial