CAJ | 학술논문

根据微光像增强器成像特性，设计了微光全景光学系统，采用反射式前组与透射式后组结构。重点阐述反射式前组的设计方法，并据此设计优化得到了性能优良的成像系统。该系统有效焦距2．43mm，工作波段0．4μm～0．9μm，有效工作 F数1．5，水平视场360°，垂直视场30°～100°。设计结果表明，系统全视场 f‐θ畸变小于6％，调制传递函数在24 lp／mm处大于0．3，系统指标满足成像要求。
근거미광상증강기성상특성，설계료미광전경광학계통，채용반사식전조여투사식후조결구。중점천술반사식전조적설계방법，병거차설계우화득도료성능우량적성상계통。해계통유효초거2．43mm，공작파단0．4μm～0．9μm，유효공작 F수1．5，수평시장360°，수직시장30°～100°。설계결과표명，계통전시장 f‐θ기변소우6％，조제전체함수재24 lp／mm처대우0．3，계통지표만족성상요구。
According to the property of low‐light‐level (LLL ) imaging system ,the LLL pano‐ramic imaging system was designed ,which was made up of a reflection part and a transmission part .The basic theory for designing the reflection part was expounded ,and according to the theory ,a imaging system of good performance was designed and optimized .This system has a waveband of 0 .4 μm~ 0 .9 μm ,an effective focal length of 2 .43 mm ,a working F‐number of 1 .5 ,and a field of view of 30°~100° .Simulation results show that in the entire field of view , the distortion is less than 6% ,the value of the modulation transfer function (MTF) at 24 lp/mm is greater than 0 .3 .The system can meet the demands for imaging .