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某红外型空空导弹按照技术条件规定,其控制舱在储存、战备和使用过程中要定期进行测试维护,是部队的一项经常性工作。多年来,部队长期缺乏一种在应急作战条件下能够灵活快速调运的导弹测试设备,极大地影响了部队战斗准备效率和应急作战能力。本文通过理论研究、数学模型仿真,提出了采用活动目标光源代替固定光源转台旋转来模拟导弹、目标运动进行测试的新方法,摒弃了笨重复杂的转台,力图通过某红外型导弹控制舱测试原理的改进设计,在导弹测试设备的小型化、轻型化、自动化发展方向上作一些尝试,提供一些研究的方法和结果。
An infrared air-to-air missile in accordance with the technical conditions, the control module in the storage, combat readiness and use of the process of regular testing and maintenance, the military is a regular work. Over the years, the military has long lacked a missile testing equipment that can be flexibly and quickly deployed under contingency conditions and greatly affected its combat readiness and emergency capabilities. Based on theoretical research and mathematical model simulation, this paper proposes a new method to simulate missiles and target motion by using moving target light instead of fixed light source turntable rotation, abandon bulky complex turntable and try to pass the test principle of some infrared missile control cabin Improve design, make some attempts on the miniaturization, lightness and automation of missile test equipment, and provide some research methods and results.