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Research on infrared optics system design of image zoom

机译:图像变焦红外光学系统设计研究

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A dual field of view and zoom infrared optical system with uncooled infrared staring focal plane arrays is designed in this paper. The operating waveband of the system is 8∼12 μm, and zoom radio is 3×. The optical configuration is based on the axial motion of a lens group along the optical axis. Optical material used infrared monocrystalline silicon, Znse, In order to achieve high performance, high image quality, used two even aspheric surfaces in this system. The advantages of this system are the high imaging quality, small volume, light weight.
机译:本文设计了一种具有非冷却红外凝视焦平面阵列的双视场和变焦红外光学系统。该系统的工作波段为8〜12μm,变焦倍率为3 ×。光学构造基于透镜组沿光轴的轴向运动。光学材料使用红外单晶硅Znse,为实现高性能,高图像质量,在该系统中使用了两个均匀的非球面。该系统的优点是成像质量高,体积小,重量轻。

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