1.
Study on the relation of water vapor pressure and PWV over GPS station
GPS站水汽压与可降水分关系的探讨
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.
Analysis on Precipitable Water in Sichuan in Recent 60 Years
四川地区近60a大气可降水量分析
4.
The Characteristics of Regional Summer Rainfall in China and the Possible Reasons;
中国夏季区域降水分布特征及其可能原因分析
5.
Trees give off large quantities of water and serve as cooling agents.
树木释放出大量的水分，可以起到降温的作用。
6.
DIMENSIONAL ANALYSIS AND ITS PREDICTABILITY OF EAST ASIAN PRECIPITATION SYSTEMS
东亚降水系统的维数分析及其可预报性
7.
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
8.
Comparison of two methods for characterising biodegradable COD of wastewater
废水可生物降解COD组分2种表征方法的比较
9.
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
10.
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
11.
Correlation Analyses on Total Precipitable Water and Surface Dew Point Temperature over Hefei
合肥整层大气可降水量与地面露点相关性分析
12.
Utilizable Precipitation of the Upper Reaches of the Yellow River and Its Change Characteristics
黄河上游可利用降水量及其变化特点分析
13.
Researches' advances on biodegradable polymer in aqueous environment
水相环境中生物可降解高分子材料的研究进展
14.
The precipitation at any place of the world may come from any water evaporation that happened at any part of the globe.
任何地点的降水量可能来自地球的任何地点的水分蒸发。
15.
Spatial and Temporal Distribution and Variation Trend of Cloud, Precipitation and Precipitable Water of Inner Mongolia and the Relationship between Them and Climate Factors;
内蒙古地区云、降水和可降水量的时空分布、变化趋势及其与气候因子的关系
16.
Receding water levels on some of the river's branches have begun to rise again because of heavy falls in the upper reaches.
已经下降的水位因为河的部分分流又上升到触手可及的位置.
17.
Change of Precipitation and Estimate of Probable Maximum Precipitation in Urumqi in Summer Half Year
乌鲁木齐夏半年降水演变及可能最大降水估算
18.
The artificial improvement of drainage could soon lead to a marked loss in nutrients.
采用人工排水措施可以迅速导致养分含量显著降低。