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随着大机动先进歼击机技术的成熟以及空战中红外干扰与反干扰以及隐身技术的日臻完善,对未来的红外空空导弹提出了更严格的要求。本文针对未来空中目标的主要特性,综述了红外成像空空导弹的一些特点,较详细讨论了红外成像空空导弹制导系统的几个主要问题,诸如系统跟踪模式、控制策略、最佳制导规律应用及其精确制导;还讨论了倾斜转弯(BTT)控制和推力矢量控制等控制方式的应用问题。
With the maturity of large mobile advanced fighter technology and the improvement of infrared interference and anti-interference and stealth technology in air combat, more stringent requirements are set for the future infrared air-to-air missile. In this paper, some characteristics of infrared imaging air-to-air missiles are summarized in this paper for the future main features of air targets. Several main problems of infrared imaging air-to-air missile guidance system are discussed in detail, such as system tracking mode, control strategy, application of optimal guidance law Precise guidance; and also discusses the application of control methods such as pitch bend (BTT) control and thrust vector control.