Satellite beam synchronization design strategy is key design issue of distributed spaceborne radar system design.
波束同步设计是星载分布式雷达系统总体设计的重要问题。
The success in this topic provides technical references for microwave solid-state pa modules used in spaceborne radar.
本课题的成功研究为微波固态功放组件的星载应用提供了一定的技术参考。
This paper makes researches on microwave solid-state pa modules used in spaceborne radar and their A-P characteristics.
本课题针对星载应用的微波固态功放组件及其幅相特性进行研究。
Research on spatial matching of spaceborne radar data and ground radar data is important both in theory and application.
对星载雷达数据与地面降雨资料进行空间匹配，并展开定量分析，在理论研究与实际应用中具有重要意义。
Spaceborne radar altimeter is an important active microwave remote sensor which is able to measure the oceans with high accuracy.
星载雷达高度计是一种重要的对海洋进行精确测量的主动式微波遥感器。
Finding remains of the Sui Dynasty wall by spaceborne radar imagery is helping archaeologists to map a major cultural feature that has been buried by desert sands for generations .
航天雷达拍摄到的隋代长城遗迹的照片，有助于考古学家们描绘那些世代掩埋在大漠黄沙中的文明遗存。
Correlated random series is the mainly tool for describing the property of random noise, clutter and jamming, which is widely used in satellite communications, normal radar and spaceborne radar.
相关随机序列是描述随机噪声、杂波和干扰的主要工具，在卫星通信、常规雷达及星载雷达中有着重要应用。
With the increasingly extensive and in-depth application of quantitative Synthetic Aperture Radar (SAR) images, SAR calibration became a necessary technique in modern spaceborne SAR remote sensing.
随着合成孔径雷达(SAR)图像定量应用的日益广泛和深入，定标已成为现代星载SAR遥感测量的必备技术条件。
Single Phase Center Multiple Beams (SPCMB) technique is one of solutions to implement high resolution wide swath spaceborne synthetic aperture radar systems.
采用单相位中心多波束(SPCMB)技术是实现高分辨率宽测绘带合成孔径雷达系统的一种技术途径。
An algorithm based on null steering techniques is proposed to suppress the range ambiguity of spaceborne synthetic aperture radar.
给出了基于零点指向技术抑制星载合成孔径雷达距离模糊的算法。
Ground moving targets indication (GMTI) is an important application of spaceborne distributed radar. Distributed sparse array in space can improve the MTI performance with increased virtual aperture.
地面动目标检测(GMTI)是星载分布式雷达的重要应用之一，利用星载稀疏阵可增加系统虚拟孔径，以改善动目标检测性能。
In order to analyze imaging problems in spaceborne bistatic SAR system, it is important to establish a relevant radar echo model.
为了研究星载双基地SAR系统成像的相关问题，必须先建立其回波信号模型。
Based on the radar image model of spaceborne parasitic SAR system, interferometric model of this new system is proposed; new characters and limits are analyzed in detail.
以星载寄生式sar系统成像信号模型为基础，给出了该系统的干涉模型，分析了其特点和限制条件，提出了距离向有效基线和方位向有效基线的新概念。
A method is proposed to perform the spaceborne Synthetic Aperture Radar (SAR) image processing.
本文提出一种星载合成孔径雷达(SAR)成像处理方法。
The theory analysis and simulation results indicate the spaceborne parasitic InSAR system can achieve perfect performance if the orbit and radar parameters are correct designed.
理论分析和仿真结果表明，在合理选择轨道和雷达参数的前提下，系统可以达到很好的测高精度。
A method is proposed to perform the spaceborne Synthetic Aperture Radar (SAR) imaging processing based on the characteristics of SAR in this paper.
根据SAR的特点，本文提出一种星载合成孔径雷达(SAR)成像处理方法。
This paper introduces the operational principle of Spaceborne Synthetic Aperture Radar (SSAR). The System Design Project of SSAR is discussed here in detail.
介绍了星载合成孔径雷达(SSAR)的工作原理，详细讨论了星载sar的系统设计。
This paper introduces the operational principle of Spaceborne Synthetic Aperture Radar (SSAR). The System Design Project of SSAR is discussed here in detail.
介绍了星载合成孔径雷达(SSAR)的工作原理，详细讨论了星载sar的系统设计。
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