3) antiradiolocation
反雷达学
4) radar blinder
反雷达颇
5) anti-radar camouflage
反雷达伪装
1.
Soil layer on radar wave attenuation and performance analysis of shallow fortifications anti-radar camouflage;
覆土层对雷达波衰减及浅埋工事反雷达伪装性能分析
6) radar reflectivity
雷达反射率
1.
An automatic algorithm for the partitioning of radar reflectivity into convective and stratiform rain classifications has been developed and tested using volume scan radar reflectivity data from the Guangzhou and Fuzhou Doppler weather surveillance Radar.
基于层状云和对流云的雷达反射率分布的三维形态特征,提出了识别层状云和对流云的6个候选识别参数,它们分别是:组合反射率及其水平梯度,反射率因子等于35 dBZ的回波顶高及其水平梯度、垂直累积液态水含量及其密度。
2.
An automatic algorithm for the partitioning of radar reflectivity into convective and stratiform rain classifications has been developed and tested using volume scan radar reflectivity data from the Guangzhou and Fuzhou Doppler Weather Surveillance Radar.
本文基于层状云和对流云的雷达反射率分布的三维形态特征,提出了分离层状云和对流云的6个候选分离参数,它们分别是:组合反射率及其水平梯度;反射率等于35dBZ的回波顶高及其水平梯度;垂直累积液态水含量及其密度。
3.
Results show that:(1) By the adjustment of radar radial wind, the characteristics of small and medium-scale can be showed clearly, and one hour after integral ,it has also influence on the vapor field, but less significantly compared with the wind adjustment; (2)Radar reflectivity mainly improves the humidity parameter and increases the cloud water content in the initial field.
通过模拟"718"济南特大暴雨过程,得到如下结论:(1)雷达径向风资料对初始风场调整显著,使其出现明显中尺度特征,积分1h后,对水汽场也有一定的调节作用,但不够显著;(2)雷达反射率资料对初始水汽场调整明显,对定量降水预报和降水落区有很大改进,积分1h后,风场的中尺度特征显著。
补充资料:Agm-88高速反雷达导弹
agm-88高速反雷达导弹哈姆于70年代开始研制,1983年服役。多年来美国对其不断进行〖kg(*9]改进,目前的生产标准是第5型。美国准备对其进行第6型改进,包括引入gps,在导弹发射前装订被动雷达系统数据。agm-88导弹带有宽带被动雷达接收机和软件控制的威胁处理器。该弹的最大射程为80公里。
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