在设计中重点分析系统的温度效应，并采取针对性设计，以达到准无热化设计的目的。
The temperature effects of the system were analyzed during the design process and an effective measure was taken for the purpose of making the system quasi-athermalized.
采用光学被动式无热化设计方法，给出了针对长波红外制冷型光学系统的一个设计实例。
Based on athermal design technologies of optical passive mode, this paper describes an example of a cooled long wave infrared optical system.
通过比较机械补偿法和光学补偿法两种无热化补偿技术，可以看出光学补偿法具有明显的优点。
By comparing the two athermal techniques of mechanical compensation and optical compensation, we can see the last one has obvious advantage over the former.
设计实例表明，采用这个方法可以在不增加光学和机械结构复杂度的情况下得到良好的光机被动无热化效果。
As shown by the example, optical and mechanical athermal compensation is obtained without adding the complexity of optical and mechanical structures.
设计实例表明，采用这个方法可以在不增加光学和机械结构复杂度的情况下得到良好的光机被动无热化效果。
As shown by the example, optical and mechanical athermal compensation is obtained without adding the complexity of optical and mechanical structures.
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