water vapor content

Trend Analysis of the Water Vapor Content and Its Transport over Lanzhou City

兰州市空中水汽含量和水汽通量变化研究

Water vapor content of the quarter decreased with increase in height .

各季水汽含量随高度增加而减弱。

Level and Problem of Internal Water Vapor Content in Sealed Device

我国密封元器件内部水汽含量水平及存在问题

Observation of atmospheric water vapor content with GPS technology

利用GPS技术探测大气中的水汽含量

Influence of water vapor content and space velocity on the two reactions was also investigated .

此外还考察了水蒸汽含量以及空速的变化对反应的影响。

Measurement of water vapor content in singlet oxygen generator by spectrometric method

单重态氧发生器出口气流中水汽含量的光谱测量法

When water vapor content is 0.4 % , the reaction rate reaches its maximum level .

水蒸气的体积分数为0.4%时，甲苯降解速率最大；

Remote Sensing Water Vapor Content in Atmospheric Troposphere with GPS

利用GPS技术遥感大气对流层水汽含量的研究

Analysis on Water Vapor Content Characteristics and Precipitation Efficiency in the Process of Rainfall in Shenyang City

沈阳市降水天气过程中水汽含量特征及降水效率分析

Monitoring the Water Vapor Content in the Atmosphere in Hong Kong Through Ground based GPS Technique

地基GPS技术遥感香港地区大气水汽含量

Remote Sensing Compositive Water Vapor Content of the Air in Harbin Area using GPS

利用GPS遥感哈尔滨地区大气综合水汽含量

We must first consider the stratification of the atmosphere , stability and water vapor content .

首先必须考虑大气的层结状态，水汽和能量稳定的状况。

Discussion about the water vapor content standard & Research on monitoring sf_6 gas 's density and humidity

SF6气体水分管理标准的探讨及密度与湿度监测的研究

Characteristics of average water vapor content in the atmosphere in Yangtze-Huaihe region and its variation

江淮地区大气中平均水汽含量特征及变化趋势

Remote sensing of total water vapor content in the atmosphere by the solar near infrared radiation measurement

由太阳近红外直接辐射强度遥测大气水汽总含量

Retrieval of Atmospheric Column Water Vapor Content over Zhengzhou with Sun-Photometer

利用太阳光度计反演郑州地区水汽含量

Nearly 97 % water vapor content concentrates below the height of 400 hPa ;

97%的水汽集中在400hPa以下；

However , the water vapor content has only effect on the mass gain of the microcrystalline coating .

对于溅射微晶涂层，水蒸气的含量只影响氧化增重。

Effect of Water Vapor Content in Flue Gas on Temperature Swing Adsorptive Flue Gas Desulphurization Process Using Activated Carbon

烟气水蒸汽含量对变温吸附烟气脱硫过程的影响

The top factors in the fog-haze forecasting equations are water vapor content , wind speed and stability index .

雾霾预报方程中的因子主要有水汽含量、全风速、垂直速度和稳定度指数等。

Satellites measure this water vapor content for every point on the globe , producing some truly beautiful maps .

卫星会测量地球上每一点的水蒸气含量，并得到一些非常漂亮的地图。

MODIS-based reversion of atmospheric water vapor content over Jinta Oasis

基于MODIS数据的金塔绿洲上空大气水汽含量反演研究

The water vapor content in the atmosphere over Huabei areas reaches the maximum in summer , and the minimum in winter ;

华北地区大气中水汽含量夏季最多，冬季最少；

There are two main parameters in monitoring the status of SF6 gas , one is leakiness , and the other is water vapor content .

对SF6气体的状态监测主要体现在两个方面：泄漏和微水含量。

The detailed error analysis is done to the ground-based GPS sensing of water vapor content , zenith wet delay is primary error source .

对地基GPS遥感水汽含量进行详尽的误差分析，天顶湿延迟是主要的误差源。

The forth one gives a method to correct the atmospheric effects by taking the AOD and water vapor content inversion results into the atmospheric radiation transferring model .

第四章根据反演得到的气溶胶光学厚度和大气水汽含量，利用辐射传输模型计算大气校正参数的方法来对遥感图像进行大气校正。

The water vapor content , in all , is relatively less over the gobi and hungriness and more over the oasis ;

戈壁沙漠上空水汽含量相对较少，绿洲上空水汽含量相对较大；

Measurement results showed that the change of water vapor content due to the variation of the basic hydrogen peroxide ( BHP ) temperature could be ignored during normal operation .

实验结果显示，在常规工作条件下，由于BHP温度变化所引起的水汽百分含量变化仅为0.1%，可以忽略；

In addition , the effects of different reaction conditions , such as the residence time of CH4 , temperature of reactor wall , water vapor content , have been investigated .

还考察了不同甲烷空速、反应器管壁温度、水蒸汽含量对反应性能的影响。

The changes in solar constant , Rayleigh scatting , permanent gas absorption and water vapor content are not the main factors of the changes observed in solar radiation .

研究认为太阳常数的变化、大气Rayleigh散射和包括水汽在内的气体吸收的变化不是造成目前地面太阳辐射变化的主要因素。