1.
Numerical Study on the Torrential Rainfall Process in Southwest China;
一次西南低涡降水成因和维持的数值试验研究
2.
The meteoric origin of geothermal water in study area is evidenced by its environmental isotope composition.
环境同位素研究结果表明，研究区地热水为大气降水成因。
3.
Causes and Prediction of Summer Rainfall Anomaly Distribution in 2007
2007年夏季降水异常的成因及预测
4.
Study on summer anomalies of precipitation and climatic causes in the Yangtze River Delta
长江三角洲夏季降水异常及气候成因
5.
Research on Extreme Heavy Precipitation Event Characteristic and Analysis of Causes;
中国极端强降水事件特征研究及其成因分析
6.
Rules of Summer Rainfall Abnormity in Sanxia Region and Its Cause Analisis;
三峡库区夏季降水异常规律及成因分析
7.
Interannual and Interdecadal Variable Characteristics of the Rainfall Over North China in Spring and Its Reason;
华北春季降水年际、年代际变化特征及其成因
8.
The Distribution And Origins Of "Item Nonresponse":Lessons Learned From Chinese Social Science Surveys;
项目无回答的成因与降低其水平的途径
9.
Diagnosis Analysis of Heavy Rainfall Forecast in the middle of Tianshan Mountains in Xinjiang in 2009.5
2009年5月天山中部一次强降水过程成因分析
10.
Analysis on Change and Cause of pH Values of Precipitation in Jishou City Last 16 years
吉首市16年降水pH值变化特征及成因分析
11.
Analysis of Anomalous Abundant Precipitation on June 2005 in the South Coast of Guangxi
2005年6月桂南沿海降水异常偏多成因分析
12.
Analysis on Meteorological Contributing Factors of Groundwater Drawdown Funnel in Langfang
廊坊市地下水位下降漏斗的气象成因分析
13.
VARIATION OF PRECIPITATION DURING WINTER HALF-YEAR AND CAUSE OF CONTINUOUS DROUGHT IN GUANGDONG DURING THE PAST 50 YEARS
近50年广东冬半年降水的变化及连旱成因
14.
A Quantitative Study of Asymmetric Characteristic Genesis of Precipitation Associated with Typhoon Haitang
“海棠”台风降水非对称分布特征成因的定量分析
15.
Thus salinity may be increased by the subtraction of water by evaporation, or decreased by the addition of fresh water by precipitation of runoff.
因此，盐度通过蒸发减少水分而上升或通过降水或径流增加淡水成分而下降。
16.
The water table has been lowered by drought.
地下水位因乾旱已降低.
17.
The ingredients of temperature drop of hot metal are analyzed in this paper and the solutions are put forward.
分析了铁水温降的构成和主要原因,提出了解决措施。
18.
Water rises to the surface to form globules which can be removed with a ladle, and the turbidity is reduced.
水升到表面形成小球，可以舀除去，因而降低混浊度。