蔡毅. 典型单兵作战场景与夜视镜[J]. 红外技术, 2022, 44(4): 315-327.
引用本文: 蔡毅. 典型单兵作战场景与夜视镜[J]. 红外技术, 2022, 44(4): 315-327.
CAI Yi. Typical Individual Combat Scenarios and Night Vision Goggles[J]. Infrared Technology , 2022, 44(4): 315-327.
Citation: CAI Yi. Typical Individual Combat Scenarios and Night Vision Goggles[J]. Infrared Technology , 2022, 44(4): 315-327.

典型单兵作战场景与夜视镜

Typical Individual Combat Scenarios and Night Vision Goggles

  • 摘要: 本文分析了典型单兵作战场景,包括战场观察、侦察与监视、目标定位与激光指示、轻武器精准射击、狙击作战、与隐蔽物后/堑壕中的目标交战、夜间跳伞和机降、夜间作战、从明亮环境进入黑/昏暗室内/地下空间作战、低能见度环境的观察/搜索/射击等。为满足上述作战需求,单兵夜视镜正发展为与可见光、激光、卫星定位、数字指北针、通信等功能模块组合或集成,实现成像、测距、定位、计算、信息融合、火控解算、无线传输等复杂功能的单兵光电系统、轻武器光电火控系统和未来士兵系统,使单兵具有更全面和更精确的作战能力。

     

    Abstract: Typical individual combat scenarios were presented, which include battlefield observation, reconnaissance and surveillance, target positioning and laser designating, light weapon precise shooting, sniper warfare, fighting with targets hidden in trenches, parachuting and airlanding at night, night fighting, entering indoor or dark underground space from the bright environment, observing/searching/shooting in the low-visibility environment. To meet these battle requirements, individual soldier night vision goggles have been developed to integrate with visible light scope, laser rangefinder, satellite positioning system, digital compass, communication and other functional modules. Therefore, night vision goggles possess more complex and accurate combat capabilities, such as night vision imaging, range finding, positioning, calculating, information fusion, fire control computing and wireless transmission.

     

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