1.
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
2.
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
3.
Spatial-temporal variations of precipitable water over China
我国大陆上空可降水量的时空变化特征
4.
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。
5.
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
6.
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
7.
Influence of precipitation on air quality in several cities,China
降水对中国部分城市空气质量的影响分析
8.
The experts suggest that the temperature of cooling water be above 9 degree so that the energy consumption can reduce by 30%.
专家建议，将冷冻水温度调到9度以上，空调的耗电量可以降低30％。
9.
Observation and Analysis of the Variation Features of the Precipitable Water in Beijing by the Ground-based GPS Technique;
北京上空可降水量变化特征的地基GPS观测与分析
10.
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
11.
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
12.
with abundant cosmic sources of hydrogen and oxygen to make water;
太空中有大量氧和氢，这些太空资源可以合成水；
13.
Aerial photography can provide valuable information on precipitation, evapotraspiration, interception, and runoff.
航空摄影可提供有关降水量、蒸发蒸腾量、入渗和径流量的有价值的资料。
14.
Water Level Lowing Technique Using Vacuum Electrical Point Well and Low Energy Dynamic Compaction on Soft Ground of Berth 5 and 6 of Shatian Port Zone of Humen Port
真空电渗井点降水及低能量强夯加固技术在软基加固中的应用
15.
Changes of precipitation spatial-temporal over the Qinghai-Tibet Plateau during last 40 years
青藏高原40年来降水量时空变化趋势
16.
An appreciable reduction in oxygen content will lead to disomfort and possible death.
当空气中的氧含量明显下降时，人会窒息甚至可能死亡。
17.
It also has plenty of rainfall with an average precipitation per year of 1,872 mm.
它还有大量降水量，每年可达到1872毫米。
18.
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