1.
Design of transmitting module for ionospheric oblique backscattering sounding system
电离层斜向返回探测雷达的发射模块设计
2.
The Hardware Design and Development of Ionospheric Oblique Backscattering Sounding System;
电离层斜向返回探测系统的硬件设计与实现
3.
Design of the waveform generator for Wuhan ionospheric oblique backscattering sounding system
武汉电离层斜向返回探测系统波形发生器设计
4.
ionospheric HF oblique sounding
电离层高频斜向探测
5.
Study on Genetic Inverse Method for Ionospheric Parameters from VI and Oblique Ionograms;
垂直和斜向探测电离层参数反演遗传算法研究
6.
Design of the time synchronization for Wuhan radio ionospheric oblique sounding system
武汉电离层斜向探测系统的时间同步设计
7.
Filtering the interference of ionospheric backscatter radars by using 2D OSF
基于二维OSF的电离层后向散射雷达干扰滤除
8.
Arecibo ionospheric observatory
阿雷西波电离层观测台
9.
Application of Adaptive Subspace Detection in High Frequency Surface Wave Radar Ionosphere Clutter;
自适应子空间检测在高频雷达电离层杂波中的应用
10.
incoherent scatter ionospheric sounding
非相干散射电离层探测
11.
Application of High Density Resistivity Method and Ground Penetrating Radar to Surveying Fault and Karst Caverns;
高密度电法和地质雷达在断层及溶洞探测中的应用
12.
Prediction of Radar Detection Range based on PJ Model
基于PJ模型的雷达探测距离预报方法
13.
Backward scattering lidar for visibility detection
后向散射式激光雷达能见度探测研究
14.
In the thick mist, the captain had to home in by using radar.
在浓雾中，船长只得借助雷达返回基地。
15.
In this paper, the mechanism of the ionosphere contamination from the ionosphere distortion is exposed for the first time by analyzing the process of HF radar signal processing.
该文通过对高频雷达信号处理过程的分析，阐明了电离层扰动对回波信号污染的机理。
16.
RESER (Reentry System Evaluation Radar)
重返大气层系统鉴定雷达
17.
Nondestructive Detection of Soil Layer Based on GPR
基于探地雷达的复垦土壤层次无损探测研究
18.
THE APPLICATION OF THE GPR METHOD TO DETECTING AND ESTIMATING ACTIVE FAULTS IN CHANGCHUN
探地雷达方法探测与评价长春市活动断层