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一、前言随着激光技术的发展,激光用于靶场测量得到了广泛的应用。国内外已研制了各种类型的激光雷达、装有激光测量的电影经纬仪,并将大量已用于靶场测量的电影经纬仪进行改造,加装激光测距和跟踪系统。这样,既能高精度定位,又能实时输出,明显地增加了电影经纬仪的功能。然而,在无线电雷达上加装激光测距仪的却为数不多。据报导,在七十年代仅美国无线电公司将微波雷达加装激光测量技术。第一个系统是NASA-WallopS飞行中心的AN/FPS-16测试雷达;第二个系统
I. Introduction With the development of laser technology, the laser has been widely used in range measurement. Various types of lidar have been developed at home and abroad, equipped with laser theodolite film theft, and a large number of theodolite has been used to measure the shooting range to be modified, the installation of laser ranging and tracking system. In this way, both high-precision positioning, but also real-time output, significantly increased the theodolite function. However, there are few additional laser range finders available on radio radars. It is reported that in the seventies only the United States Radio Company will be microwave radar installation of laser measurement technology. The first system is the AN / FPS-16 test radar at the NASA-WallopS Flight Center; the second system