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航天工业部第二情报网于1984年11月16日至21日在贵州省遵义市召开了“导弹材料与工艺”技术情报交流会。会议共收到技术报告33篇,在大会上交流报告18篇。这些技术报告范围广泛,内容丰富。既有理论性研究,又有实际应用研究,以及具体的制造加工技术。例如,其中有几篇报告综述了国外先进的复合材料发展概况,特别是在战术导弹及其他宇宙飞行器上的应用现状与发展趋势。这些材料与金属材料相比有许多优越的特性,已成为飞行器非常重要的结构材料。大家知道,宇宙飞行器在结构重量上有极苛刻的要求。由于这种材料具有卓越的机械性能,可使飞行器的结构重量减轻10％至50％。同时,由于空间温度
Aerospace Industry Ministry Second Information Network in November 16, 1984 to 21 in Zunyi City, Guizhou Province held a “missile materials and technology” technical information exchange. A total of 33 technical reports were received during the conference and 18 were exchanged at the conference. These technical reports are extensive and informative. Both theoretical research, but also practical application of research, as well as specific manufacturing technology. For example, several of these reports provide an overview of the development of advanced composite materials in foreign countries, especially the current status and development trends of tactical missiles and other space vehicles. These materials have many superior properties compared to metallic materials and have become a very important structural material for aircraft. As we all know, space vehicles have very demanding structural requirements. Due to the excellent mechanical properties of this material, the structural weight of the aircraft can be reduced by 10% to 50%. At the same time, due to space temperature