杜梓冰, 李晓明. 机载激光武器试验评估技术研究[J]. 应用光学.
引用本文: 杜梓冰, 李晓明. 机载激光武器试验评估技术研究[J]. 应用光学.
DU Zibing, LI XiaoMing. Research on Test and Evaluation Technology of Airborne Laser Weapon[J]. Journal of Applied Optics.
Citation: DU Zibing, LI XiaoMing. Research on Test and Evaluation Technology of Airborne Laser Weapon[J]. Journal of Applied Optics.

机载激光武器试验评估技术研究

Research on Test and Evaluation Technology of Airborne Laser Weapon

  • 摘要: 由于毁伤机理和使用方法的不同,现有机载武器和传感器的试验方法不适用于机载激光武器,为研究其特殊的试验与评估技术,从国外典型机载激光武器的试验情况着手,分析了主要的试验阶段、试验内容、试验类别、管理特点等,对气动光学特性、出光特性、目标探测识别跟踪、光束控制和杀伤性试验等主要科目的内容、方法进行研究,同时研究表明美国为了避免试验技术落后研制技术,采取了多计划安排一体推进、大力构建试验机、建设试验设施和循序渐进开展试验等管理措施促进相关的研究。建议加强试验技术的投入、适时建设体系化试验机、加强测试和靶标等领域的研究,以期为新质武器的成熟和应用提供帮助。

     

    Abstract: Due to the differences in damage mechanisms and combat methods, the existing test methods for airborne weapons and sensors were not applicable to airborne laser weapons, and it is necessary to study their special test and evaluation techniques. Starting from the test situation of typical airborne laser weapons in foreign countries, we analyzed their main test phases, test contents, test categories, management characteristics, etc., and studied the contents and methods of the main subjects, such as aerodynamic-optical characteristics, light emission characteristics, target detection, identification and tracking, beam control, and lethality test, etc., and the results showed that the airborne laser weapons in foreign countries were still in the stage of development testing and evaluation, and the U.S. has adopted a multi-planned approach to test and evaluation. The U.S. has adopted the management measures of promoting relevant research such as multi-program arrangement, vigorously constructing test machines, building test facilities and carrying out tests in a gradual manner, so as to avoid the test technology lagging behind the research and development technology. It is recommended that investment in testing technology be strengthened, systematic testing machines be constructed in a timely manner, and research in the areas of testing and targeting be enhanced, with a view to helping the maturation and application of new qualitative weapons.

     

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