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我们对美国陶式反坦克导弹进行了系统的冶金分析。从几百个零件分析测试所得到的数据资料中,比较全面地掌握了这一具有代表性的反坦克导弹所用各种金属材料的化学成份、物理、机械性能以及一些关键零件可能采用的成型、热处理和表面处理等工艺。对冶金分析中所采用的理化测试技术将于另文阐述,本文系依据这些冶金分析结果结合有关的国内外文献资料对美国反坦克导弹选用金属材料的特点、基本原则、指导思想和发展动向作了分析判断,为我国同类武器用金属材料的选用和研究、发展提供一些参考依据。
We conducted a systematic metallurgical analysis of the U.S.-Tata antitank missiles. From the data obtained from hundreds of parts analysis and testing, we have a more complete understanding of the chemical composition, physical and mechanical properties of various metal materials used in this representative anti-tank missile and the possible shaping of some key parts. Heat treatment and surface treatment processes. The physical and chemical testing techniques used in metallurgy analysis will be described separately. Based on the results of these metallurgical analyzes and the relevant domestic and foreign literatures, this paper analyzes the characteristics, basic principles, guiding ideology and development trends of US anti-tank missiles for metal materials The analysis and judgment for the same kind of weapons used in China’s selection and research, development, to provide some reference.