论文根据车载红外夜视系统的设计目的、应用需求确定了器件的选型。
The thesis confirms the parts of an apparatus select from the design purpose and appliance requirement.
射击精度获得是采用一套简单的使用红外夜视和激光测距仪输入的FCS光点火控系统。
Fire accuracy is attained by a primitive FCS light spot fire control system with ir night vision and laser rangefinder input.
BAE系统公司将在这种增强型夜视镜中使用该公司的非冷却微型红外微测辐射热仪传感器技术。
BAE Systems will incorporate its uncooled MicroIR microbolometer sensor technology in the enhanced goggle.
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