1.
Establishment of Local Precipitable Water Vapor Based on GPS Observation
利用GPS测量建立区域可降水量模型
2.
Characteristics of GPS-retrieved precipitable water vapor in different precipitation types
不同类型降雨过程中GPS可降水量的特征分析
3.
Research on Precipitable Water Vapor Retrieval Using Ground-based GPS Data
地基GPS资料反演大气可降水量的研究
4.
Analysis on Precipitable Water in Sichuan in Recent 60 Years
四川地区近60a大气可降水量分析
5.
Solution of GPS precipitation water vapor in Chengdu area by using GAMIT10.34
运用GAMIT10.34解算成都地区的GPS可降水量
6.
Improvement on the Method for Estimating Precipitable Water from Ground-based GPS
地基GPS反演大气可降水量方法的改进
7.
GPS PW is regarded as an index of short-range precipitation prediction at station.
GPS 大气可降水量可作为台站短期降水预报的一个指标。
8.
Estimated Total Precipitation Water by Ground Water Vapor Pressure
利用地面水汽压估算整层大气可降水量
9.
Climatic Characteristics of Precipitable Water Vapor and Relations to Surface Water Vapor Column in Sichuan and Chongqing Region
川渝地区大气可降水量的气候特征以及与地面水汽量的关系
10.
Precipitable Water Data Are Applied in the Assimilation of Numerical Model;
可降水量资料在数值模式同化中的应用研究
11.
GPS Precipitable Water Data Are Appled to Adjoint Assimilation Systerm;
GPS可降水量资料应用于四维伴随同化试验
12.
Atmospheric Precipitable Water Amount Retrieval and Its Preliminary Study UsingGround-based GPS Data;
利用地基GPS资料反演大气可降水量的初步研究
13.
Intra-annual inhomogeneity characteristic of atmosphere precipitable water over the Northwest China;
中国西北空中可降水量的年内非均匀性特征
14.
A Comparison and Analysis of the Results of Three Methods for the Calculation of Water Vapor Resources
三种大气可降水量推算方法结果的比较分析
15.
On the spatial-temporal analysis of GPS precipitable water vapor in autumn and winter in Chengdu Plain
成都地区秋、冬季GPS可降水量的时空分析
16.
Study on genetic algorithm assimilation of GPS precipitable water data and its application
遗传算法同化GPS可降水量资料的研究与应用
17.
INVESTIGATION AND ANALYSIS BY GLOBAL POSITIONING SYSTEM ON PRECIPITABLE WATER VAPOR DURING MEIYU PERIOD OF 2007 YEAR IN HUBEI PROVINCE
2007年湖北省梅雨期可降水量的GPS观测和分析
18.
Indian Ocean SSTA influence on atmosphere probable precipitation in northwest China
印度洋SSTA对西北夏季空中可降水量的影响研究