1.
The Features of Precipitation Concentrations During Meiyu Period Over Hubei Province
湖北省梅雨期降水集中度和集中期研究
2.
Temporal and Spatial Distribution of Precipitation Concentration Degree and Concentration Period in Flood Season in Altay Region Xinjiang
新疆阿勒泰地区汛期降水集中度和集中期的时空变化特征
3.
Study on Relationship between Flood and Precipitation Concentration Degree in Time and Space in Medium- and Small-sized River Basins
中小流域汛期降水时空分布集中程度与洪水关系研究
4.
Study on Advanced Degradation of Organics in Water Based on Photocatalysis Integrated Device;
基于光催化集成装置深度降解水中有机物的研究
5.
The falling speed of water drops in air has been measured.
水滴在空气中的降落速度被测量过。
6.
The High Precision Level Measures in Settlement Observation Application;
高精度水准测量在沉降观测中的应用
7.
Mesoanalysis of Beijing Severe Precipitation in August 2008
“080814”北京短时强降水过程中尺度分析
8.
Frequency and intensity of extreme precipitation events in China
中国极端降水事件的频数和强度特征
9.
The Degradation of Modified Corn Starch in Water;
改性淀粉重金属捕集剂在水体中的降解研究
10.
Application of Optimized Subset Regression in Precipitation Forecast in Wuwei City
最优子集回归在武威市降水预报中的应用
11.
Application of statistical weight matrix method in estimation of regional rainfall
统计权重矩阵法在雷达估测降水集成中的应用
12.
It shows that the solution viscosity drops and the relative molecular mass reduces with narrow distribution.
结果表明改性栲胶溶液黏度下降，相对分子质量降低且分布集中。
13.
The opposite of evaporation is precipitation, such as rain, by which water is added to the ocean. Here the ocean is being diluted so that the salinity is decreased.
与蒸发相反的是降水，如降雨，由此水被加人海中，海水被稀释，从而盐度降低。
14.
Here the ocean is being diluted so that the salinity is decreased.
与蒸发相反的是降水，如降雨，由此水被加入海中，海水被稀释，从而盐度降低。
15.
Effect of spatial distribution of rainfall erosivity on soil loss at catchment scale
集水区尺度降雨侵蚀力空间分布对土壤流失的影响
16.
The insolation here is abundant, and the forest-free days are about209 days every year.
年平均降水811.2毫米，雨水集中于6、、三个月，无霜期209天。
17.
An EOF Iteration Downscale Modeling Scheme and Its Application to East China Meiyu-Flood-Season Rainfall Forecasting
EOF迭代降尺度方案及其在华东梅汛期降水预测中的应用
18.
Downscaling precipitation prediction in China based on Optimization Information Extracted from Monthly Dynamic Extended Range Forecast.
基于月动力延伸预报最优信息的中国降水降尺度预测模型