1.
The Study on Remote Sensing of Atmospheric Water Vapor Based on Ground GPS;
利用地基GPS遥感大气水汽含量的研究
2.
Retrieval of Atmospheric Total Water Vapor with MODIS Data
基于MODIS遥感影像的大气水汽反演研究
3.
The Research about Atmosphere Vapor Transportation and Changing of Climate in Northwest of China;
西北地区大气水汽输送特征及气候转型研究
4.
Remote Sensing of Atmospheric Water Vapor by Ground-based GPS and Its Application in Weather Forecasting
地基GPS遥感大气水汽含量及在气象上的应用
5.
The Calculation and Analysis of Atmospheric Precipitable Water and Water Vapor Transportation and Net Income in Xinjiang
新疆大气水汽含量、水汽通量及其净收支的计算和分析
6.
Analyzing atmospheric water vapour effects on the repeat-pass spaceborne SAR interferometry
重轨星载INSAR中大气水汽影响的初步分析
7.
Spatio-temporal characteristics of vapor and vapor budgets in Lake Ebinur Basin
艾比湖流域大气水汽时空分布特征及收支
8.
Remote Sensing Atmospheric Water Vapor Using the Ground-Based GPS Technology and the Application in Meteorology;
地基GPS技术遥感大气水汽含量及其在气象学中的应用
9.
The Atmospheric Precipitable Water Vapor Time Change Based on MODIS and Its Correlation with Meteorological Data;
基于MODIS大气水汽的时间变化及其与气象因子的相关分析
10.
Study of Vapor Transfer and Climate Response to Vegetation Change in Ebinur Lake Basin;
艾比湖流域大气水汽输送及植被变化气候响应研究
11.
Atmospheric Water Vapor Transport and Corresponding Typical Anomalous Spring Rainfall Patterns in China
中国春季典型降水异常及相联系的大气水汽输送
12.
Most of atmosphere's water vapor comes from evaporation of sea water.
大气中的水汽大部分来自海水蒸发。
13.
Moisture in the atmosphere condensed into dew during the night.
夜间,大气中的水汽凝成露水。
14.
Research on the influence of GPS remote sensing atmosphere precipitable water vapor
GPS遥感大气综合水汽含量的影响分析
15.
gas-steam-water fluid
气-汽-水混合流体
16.
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
17.
Correlation of δ~(18)O in Precipitation and Moisture Sources at Yunfu,Western Guangdong Province,China
粤西云浮市大气降水δ~(18)O与水汽来源的关系
18.
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