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为了解决“反坦克导弹如何进入红外测角仪视野以获得最有利的启控条件从而保证得到良好的控制”这一技术问题。本文对某反坦克导弹初始段弹道进行了设计。文中讨论了什么是最佳弹道及如何设计的问题。并采用了多参数最优设计方法、多元回归分析法等。在此基础上用统计试验法求出了“可控域”。进而可对所设计的弹道进行一些改进。整个研究过程实际上可看成是最优化设计理论在弹道设计中的一种应用。
In order to solve the technical problem of “how can anti-tank missiles enter the field of view of infrared goniometers to obtain the most favorable conditions for controlling and controlling so as to ensure good control”? In this paper, the initial trajectory of an antitank missile has been designed. The article discusses what is the best trajectory and how to design the problem. And adopted the multi-parameter optimal design method, multiple regression analysis and so on. On this basis, using statistical test method to find the “controlled domain.” In turn, some improvements can be made to the designed trajectory. The whole research process can actually be regarded as an application of the optimal design theory in ballistic design.