1) weather radar data
天气雷达回波
1.
A novel compression algorithm for weather radar data based on parallel adaptive coding is presented.
研究基于小波的并行自适应天气雷达回波数据有损压缩算法。
2) S-band Doppler weather radar
S波段天气雷达
3) Weather radar returns
气象雷达回波
4) sky-wave radar
天波雷达
1.
Ionospheric frequency modulation causes spreading of the surface clutter in Doppler domain which greatly limits the detection performance of HF sky-wave radars.
电离层频率调制导致地表面杂波的多谱勒展宽,极大地限制了高频天波雷达的目标探测性能。
5) radar echo
雷达回波
1.
Analysis of radar echo of a torrential rainstorm in northeastern Sichuan basin;
盆地东北部特大暴雨雷达回波分析
2.
Radar echo characteristics of regional heavy rain process;
一次区域大暴雨过程的雷达回波特征分析
3.
Radar echo characteristics of severe thunderstorm weather on August 13,2007 in Shantou,Guangdong province;
“2007.08.13”汕头强雷暴天气雷达回波特征分析
6) radar echoes
雷达回波
1.
In combination with the real-time radar echoes,the correlation analysis is conducted.
利用三维积云数值模式模拟了呼和浩特地区强对流天气的发展过程,并结合实时雷达回波资料进行了对比分析,指出模式输出的部分物理量与理论值、雷达回波或地面天气及降雹(水)实况符合得较好。
2.
Based on synoptic maps, radar echoes and variations of station observations such as temperature, a widespread squall process occurred in South Fujian on 6 April 2002 was analyzed.
本文对2002年4月6日发生于闽南地区的一次大范围飑线过程进行了天气学、雷达回波演变及气象要素变化等方面的分析,认为判断飑线发生与否不能仅依据本地气象要素的变化,雷达回波等信息将有助于对天气现象的正确理解。
3.
By using conventional meteorological data and next-generation weather radar echo data, we analyzed the evolving characteristics of circumfluenee background,physical parameter field and radar echoes in this weather.
利用常规高空、地面观测资料和新一代天气雷达资料系统地分析了此次天气中环流背景、物理量场、雷达回波的演变特征。
补充资料：天气雷达(见气象雷达)
天气雷达(见气象雷达)
weather radar
tianqi leida天气雷达(weather radar)见气象雷达。
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