论文部分内容阅读
进入80年代以来,隐身技术已成为世界军事研究中一个极为重要领域。它已由初级发展到中高级,从飞机、导弹的隐身发展到战舰、坦克的隐身,隐身技术体现了当代最新的科技水平,最广泛的学科综合。第三代隐身飞机——B-2已经试飞,隐身技术给材料、航空、电子、光学、声学等多种技术学科带来了重大的影响。本文试图从国外隐身飞行器所采用的隐身措施中,认识其机理,分析它对其它分系统及整个飞行器性能之约束,总结解决矛盾和实现隐身的方法与途径。
Since the 1980s, stealth technology has become an extremely important area in world military research. It has developed from primary to intermediate level, from the stealth of aircraft and missiles to warships. The stealthy and stealthy technology of tanks reflects the latest state-of-the-art technology and the most comprehensive discipline synthesis. The third generation of stealth aircraft - B-2 has been test flight, stealth technology to materials, aviation, electronics, optics, acoustics and other technology disciplines brought a significant impact. This article tries to understand its mechanism from the stealth measures adopted by foreign stealth vehicles, analyze its restraint on the performance of other subsystems and the whole aircraft, and summarize the methods and ways to solve the contradictions and stealth.