基于泡沫云的红外/毫米波复合制导干扰技术研究
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TN975 TN215

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国家自然科学基金(20176003),国防基础性科研基金(435B956)资助项目.


NEW DISTURBING TECHNIQUE BASED ON FOAM SCREEN TO IR/MMW GUIDANCE
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    摘要:

    针对现有多波段干扰技术存在的作用时间太短、干扰波段不够宽、对环境有污染等问题,提出了基于泡沫云的新型干扰技术,研究了它的多波段干扰原理和相应的药抖配方以及特定的反直过程,研制了专用的施放装置并给出了它的设计要领,实验结果表明该技术可以同时对红外、雷达和可见光进行高效干扰,育效干扰时间至少在十几min以上,并且其残留物对环境无污染。

    Abstract:

    The techniques of disturbing on IR and MMW guidance have some shortcomings, such as too short of disturbing time, not wide enough of disturbing range, their severe pollution etc. In order to overcome these shortcomings, a new technique of disturbing was put forward. It is based on a special smoke screen with foams. Its disturbing mechanism, the special prescription and the special process of reaction were studied. And a special equipment was manufactured. The results of tests show that the special foam screen can disturb IR and MMW and the visible light, and its disturbing time can be more than 10 minutes at least. The hangover of this foam screen has no pollution to environment.

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金良安 王孝通 童幼堂 付建国 狄国希.基于泡沫云的红外/毫米波复合制导干扰技术研究[J].红外与毫米波学报,2004,23(6):413~417]. JIN Liang An, WANG Xiao Tong, TONG You Tang, FU Jiao Guo, DI Guo Xi. NEW DISTURBING TECHNIQUE BASED ON FOAM SCREEN TO IR/MMW GUIDANCE[J]. J. Infrared Millim. Waves,2004,23(6):413~417.]

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  • 最后修改日期:2003-08-04
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