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The Radar Strikes Back

机译:雷达反击

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摘要

Since the advent of stealth technology, claims have abounded about ways low-observable aircraft can be detected. Chief among these are radars that operate at lower frequencies. With digital electronics overcoming some of the performance limitations inherent in low-frequency radars, can they render stealth obsolete? To understand the current balance of stealth versus counterstealth as the Lockheed Martin F-35 joins the F-22 in operational service requires a closer look at how radars work; at the effect of wavelength on radar reflection; and at the capabilities of advanced lower-frequency systems now being deployed.
机译:自从隐身技术问世以来,关于可探测低可观察飞机的方法的主张就很多。其中最主要的是工作在较低频率的雷达。随着数字电子技术克服了低频雷达固有的一些性能限制,它们能否使隐形技术过时?要了解洛克希德·马丁公司的F-35与F-22投入运营时隐身与反隐身之间的当前平衡,需要仔细研究雷达的工作原理。波长对雷达反射的影响;并具有目前正在部署的高级低频系统的功能。

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