1) radar VWP
雷达风廓线
2) wind profile radar
风廓线雷达
1.
A real-time digital processor of wind profile radar based on microcomputer;
基于微机的风廓线雷达实时信号处理机
2.
Design and realization of a timing signal generator for wind profile radar based on FPGA;
基于FPGA的风廓线雷达信号定时器的设计和实现
3.
In this paper a low troposphere wind profile radar′s antenna and feeder line system and amplifier chain of transmitter have simulated by HP-EEsof system simulation software-Omnisys.
运用ＨＰ—ＥＥｓｏｆ系统仿真软件Ｏｍｎｉｓｙｓ对低对流层风廓线雷达的天馈线系统和发射机的放大链进行了系统仿真，获得了天线Ｅ面、Ｈ面和扫描波束天线方向图以及发射机放大链增益、增益压缩曲线等许多有益的结果，验证了系统实施方案的可行性。
3) wind profiler radar
风廓线雷达
1.
Factor for influncing the maximum sounding height of wind profiler radar and its mechanism analysis
影响风廓线雷达最大探测高度的因素及机理分析
2.
The echo of wind profiler radar is always disturbed by colored noise.
实际操作中发现,风廓线雷达回波常受到色噪声的干扰。
3.
The design technique of the phased-array antenna scanning on two mutual vertical diagonals of a boundary layer wind profiler radar is described.
阐述了具有正交对角线扫描的边界层风廓线雷达相控阵天线技术,介绍了天线工程样机所具有的二维子阵模块技术、对角线扫描技术及特殊的馈电技术,给出了天线工程样机的电性能测试结果。
4) wind profiling radar
风廓线雷达
1.
Realization of wind profiling radar information abstraction;
风廓线雷达信号信息提取实现
2.
Design of active phased array antenna in wind profiling radar
风廓线雷达有源相控阵天线的设计与实现
3.
Studies the measuring distance of wind profiling radar and the rules of change of structure coefficient for troposphere atmosphere turbulence(C2n) for different seasons in China.
研究风廓线雷达的探测威力和我国对流层大气湍流常数(C2n)随季节的变化规律。
5) wind profiler
风廓线雷达
1.
The quality control of wind profiler data;
风廓线雷达数据质量控制方法
2.
A study on the feeder system of wind profilers
某风廓线雷达馈线系统研究
3.
LAP-3000 wind profiler radar and its maintenance experience
LAP-3000风廓线雷达及其维护
6) the method of anemography of aeolian contour line radar
风廓线雷达测风
1.
On the basis of the each principle of the method of anemography of balloon contrail and aeolian contour line radar,it analyzes and discusses emphatically on the differences between them as well as advantage and meaning of the method of anemography of aeolian contour line radar.
文章在介绍了气球轨迹法测风和风廓线雷达测风各自原理的基础上,重点分析、探讨了二者间的差异,以及采用风廓线雷达测风的优势与发展风廓线雷达的意义。
补充资料：廓廓
1.安定貌。 2.辽阔貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条