激光杂志
激光雜誌
격광잡지
LASER JOURNAL
2013年
5期
63-64
,共2页
光电对抗%光纤组束%光电探测器
光電對抗%光纖組束%光電探測器
광전대항%광섬조속%광전탐측기
photoelectric countermeasure%fiber combination%photoelectric detector
针对机载光电对抗平台受制于激光光源模块体积和重量的问题，结合光纤激光技术提出了新的基于光纤组束激光的机载光电对抗途径。详细分析了具体的激光组束方法，并明确了该型激光对抗的两种有效作用对象，详细论述了各种对象的作用机理及其关键因素。
針對機載光電對抗平檯受製于激光光源模塊體積和重量的問題，結閤光纖激光技術提齣瞭新的基于光纖組束激光的機載光電對抗途徑。詳細分析瞭具體的激光組束方法，併明確瞭該型激光對抗的兩種有效作用對象，詳細論述瞭各種對象的作用機理及其關鍵因素。
침대궤재광전대항평태수제우격광광원모괴체적화중량적문제，결합광섬격광기술제출료신적기우광섬조속격광적궤재광전대항도경。상세분석료구체적격광조속방법，병명학료해형격광대항적량충유효작용대상，상세논술료각충대상적작용궤리급기관건인소。
For the weight and volume limits of laser modules on airborne photoelectric countermeasure platform and combining with the fiber laser technology , a novel airborne photoelectric countermeasure method based on combined fiber lasers is proposed .The laser combination methods are detailedly analyzed .The two effective function objects of such laser countermeasure are determined ,also their function mechanisms and key factors are briefly discussed .
