因此，对提高车载雷达机动性的研究和设计具有重要的现实意义。
Therefore, to improve vehicle mobility research and design of the radar has important practical significance.
针对车载雷达机动性强、系统要求快速恢复等特点，提出了一种与天线控制单元相结合的自动标校方法。
A new method is proposed according to features of strong maneuverability and highspeed renewal of vehicle borne radar system.
它采用低雷达截面、变后掠翼、先进航空电子设备以及加力发动机相结合，具有远程、机动性、高效的打击能力。
Its low radar cross-section, variable-geometry wings, advanced avionics, and afterburning engines combine to provide long range, maneuverability, high speed and survivability.
在这样的背景下，提高雷达的机动性从而提高其生存能力成为军事侦察中的重要发展趋势。
In this context, increased mobility of the radar in order to enhance its viability as a military reconnaissance of the important trends.
针对传统的雷达数据传输方式机动性、灵活性差的现状，基于成熟的GPRS技术，提出和设计了一种新型雷达数据传输系统。
In order to improve the mobility and flexibility of the traditional radar data transmission, a new transmission system is proposed and designed based on the mature technology of GPRS.
本文介绍一种新型战场侦察雷达，该雷达体积小、重量轻、机动性强。
This paper introduces a new smaller, lighter, more flexibility battlefield scouting radar.
作为一部高架机动雷达，机动性是它的重要特性之一，本文针对雷达的机动性设计进行了系统研究。
As a mobile radar, the mobility is one of its important characteristics, and researched in this paper.
作为一部高架机动雷达，机动性是它的重要特性之一，本文针对雷达的机动性设计进行了系统研究。
As a mobile radar, the mobility is one of its important characteristics, and researched in this paper.
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