摘要
从斯忒藩—波尔兹曼定律出发,阐述了红外隐身的基本原理,分析得出实现红外隐身的几种方法。介绍了红外隐身材料的作用机理,指出了目前这些材料存在的主要问题,然后描述了红外隐身技术在军事上的具体应用和研究进展,总结了红外隐身技术的未来发展趋势。最后,指出今后的研究将主要在以下两方面展开:一是寻求全波段多隐身技术的兼容;二是对现有方法进行改进并探索新的红外隐身方法。
The principle of infrared stealth is introduced based on the Stefan-Boltzmann law firstly in this pa-per .Several methods for infrared stealth are given .The working mechanism of the infrared stealth materials are introduced , and some unsolved problems are put forward .Then , military applications and research pro-gress are briefly described .Finally, the development trend of infrared stealth is summarized .It suggests that the future research will mainly include two aspects:one is to solve the combination of various waveband stealth technologies;the other is to improve existing methods and to explore new methods of infrared stealth .
出处
《中国光学》
EI
CAS
2013年第6期818-823,共6页
Chinese Optics
关键词
红外隐身
红外辐射特性
隐身材料
多波段
infrared stealth
infrared radiation characteristic
stealthy material
multiband