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评述2010年到2020年计划实现的战术导弹所用的红外成像导引头先进设计技术。概述了战术导弹系统关键技术所获得的进展。这些信息提供导弹子系统(舱段)技术改进的预测,为在给定的时间框架内提供一个合理的导弹配置。虽然本文概述导弹子系统包括引信、战斗部、飞控和发动机的技术发展水平,但重点放在导引头及截获和跟踪算法上。所述的导引头子系统包括头罩、光学系统、探测器、稳定系统、读出线路、模/数转换以及信号处理器。本研究分析目前的设计的优劣来确定为了改善设计所必需的关键技术领域,同时也评论与预测其发展。确定了描述各子系统性能的一些关键参数,它们与组件及整个导弹系统的有效性的大小紧密相关。描述先进配置性能的设计问题已经成文并且用来指出今后设计的有效性,作为研究的一部分,将应用这些预测来对2010年～2020年间预期的两种导弹设计假设硬、软件的配置。
Comment on advanced design techniques for infrared imaging seekers used in tactical missiles that are scheduled for 2010-2020. The progress made in the key technologies of tactical missile systems is outlined. This information provides a forecast of the technical improvements to the missile subsystem (segment) to provide a reasonable missile configuration within a given time frame. Although this paper outlines the state of the art of missile subsystems including fuses, warheads, flight controls, and engines, it focuses on seeker and acquisition and tracking algorithms. The seeker subsystem includes a hood, an optical system, a detector, a stabilization system, a readout line, an A / D conversion, and a signal processor. This study examines the strengths and weaknesses of current designs to identify key areas of technology necessary to improve design, as well as to comment on and forecast its development. Some key parameters that describe the performance of each subsystem are identified and are closely related to the effectiveness of the components and the entire missile system. As part of the study, the design issues that describe advanced configuration capabilities have been written and used to point out the validity of future designs that will be applied to the assumptions of the two missile designs for 2010-2020, assuming hardware and software configurations.