1.
The Operational System of Liaoning Artificial Precipitation Experimental Areal Rainfall Estimated by Using Radar and Rain-gauge and Parsivel
雷达-雨量计-粒子激光探测仪联合估测降水量业务系统
2.
Operational System of Liaoning Artificial Precipitation Experimental Areal Rainfall Estimated by Radar and Rain-gauge and Parsivel
雷达-雨量计-粒子激光探测仪联合估测辽宁试验区降水量业务系统
3.
Correlation Analysis on Radar-Rain Gauge Data and Impacts of Rain Gauge Densities on Radar Rainfall Estimates
多普勒雷达资料与自动站雨量相关分析及雨量计密度对雷达估测降水的影响
4.
Comparison of Precipitation between Rain Gauge Observations and TRMM PR Measurements
星载测雨雷达探测结果与地面雨量计观测结果之比较
5.
Research of the Precipitation Estimation Mothed with of Dopplor Weather Radar Reflectivity and Rainfall Auto-Gauge Data;
多普勒天气雷达—自动雨量计联合定量估测降水方法研究
6.
Merging radar and rain gauge data using Kriging with external drift (KED) for quantitative precipitation estimation.
漂移克里金方法在雷达和雨量计联合估测降水中的应用
7.
radar that is able to detect clouds and precipitation.
能够探测云和雨量的雷达。
8.
Displaying Estimated Rainfall Using Radar Based on GIS
基于GIS的雷达估测降雨量显示的研究
9.
Effects of Calibration Rain Gauge Densities on Radar Rainfall Estimates and Runoff Simulation and the Study of a New Radar-Gauge Calibration Algorithm;
校准雨量计密度对雷达估测流域降水和水文模拟的影响及其校准方法的研究
10.
Numerical Experiments of Rainwater Content Remote Sensing with a Combined X-band Radar-Radiometer System;
X波段雷达和微波辐射计联合系统反演云中雨水含量分布的数值试验
11.
Effects of Z-I Relationship on Radar Measured Areal Rainfall and Run-off Simulations;
Z-I关系对雷达测量流域面雨量和径流模拟影响的研究
12.
Application of Doppler Weather Radar Data Quality Control and Quantitative Estimation for Basin Rainfall
多普勒天气雷达数据质量控制及流域降雨定量估算应用研究
13.
Research of Estimation of InSAR Baseline;
合成孔径雷达干涉测量技术基线估计
14.
Research on Multiple Parameters Estimation of Non-stationary Radar Signals;
非平稳雷达信号多参量估计方法研究
15.
The design and simulation of the blast furnance level measureing system
高炉料位测量雷达系统的设计与仿真
16.
Comparison experiment of quantitative rainfall prediction for rainstorm with assimilated Doppler radar data
多普勒雷达资料对暴雨定量预报的同化对比试验
17.
We are going to fly round a thunderstorm.We expect to arrive at Wuhan 20 minutes behind schedule.
我们将绕过雷雨区，预计到达武汉要晚点20分钟。46起飞前提醒
18.
VHF Doppler Radar Observations of Buoyancy Waves Associated with Thunderstorms, 1984 J.Atm.Sci.
雷达和微波辐射计测雨特性比较及其联合应用，1980年大气科学。