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- In order to verify the reliability of MODIS atmospheric precipitable water vapor, we used the NCEP atmospheric water vapor data. 为了验证MODIS大气可降水量资料的可靠程度,本文利用NCEP的大气可降水量资料对其进行了检验。
- The atmosphere precipitable water and vapor flux in Northwest China is abundant in the region of East Asian monsoon, followed by the region of westerly belt, and then the region of plateau. 东亚季风区是西北大气可降水量和水汽通量的最丰富区,西风带区是次之,高原区最少。
- A near-global, 2-hourly data set of atmospheric precipitable water from ground-based GPS measurements 来自GPS地基测量的大气可降水量的近全球、2小时资料集
- DETERMINATION OF ATMOSPHERIC PRECIPITABLE WATER AND HUMIDITY PROFILES BY A GROUND-BASED 1.35 CM RADIOMETER 用1.;35厘米波长地面微波辐射计探测大气中水汽总量及分布
- atmospheric precipitable water 大气可降水量
- Distribution, Changes of Atmospheric Precipitable Water over Qinghai-Xizang Plateau and Its Surroundings and Their Changeable Precipitation Climate 青藏高原及周围地区大气可降水量的分布、变化与各地多变的降水气候
- Comparing and analyzing the results based on local model and universal model with GPS remote sensing atmosphere precipitable water vapor GPS遥感大气综合水汽含量局部区域模型与通用模型结果的比较分析
- Analyzing and Comparing the Ways of Gaining Local Weighted Average Temperature in Remote Sensing Atmosphere Precipitable Water Vapor by Using Ground-based GPS 地基GPS遥感大气水汽含量中加权平均温度获取方法的比较分析
- Remote Sensing of Precipitable Water from Infrared Solar Spectra[J]. 引用该论文 魏合理;赵凤生.
- atmosphere precipitable water 大气可降水量
- A new instrument for measuring the total precipitable water in the atmosphere is introduced. 介绍一种测量大气水汽总量的新方法和仪器。
- It is found that there is more precipitable water in summer than in winter in the prefecture. 结果得出:阿勒泰地区可降水量时间分布为夏季多、冬季少;
- Using the ground humidity parameter data, the precipitable water of single station was more accurate than the data retrieved from satellite data. 研究结果表明,其估算的精度超过单独使用卫星资料或者地面湿度参量估算的精度。
- The results showed that the distribution of the precipitable water field was different from the vector field of water vapor flux . 结果表明,可降水量场 与水汽通量矢量场的分布不一致,水汽源地中以北海的水汽输送贡献最大;
- The total precipitable water in atmosphere is one of the most important parameters in astronomical observation and meteorology. 大气总水汽量是天文观测和气象科学领域最为重要的参量之一。
- Variational Assimilation of Slant-Path Wet Delay Measurements from a Hypothetical Ground-Based GPS Network. Part I: Comparison with Precipitable Water Assimilation. 假设地基GPS网斜面路径湿度延迟观测的变分同化,第一部分:与可降水水汽同化的比较。
- The total precip(atmospheric precipitation) for the year still looks OK.But it’s that timing of when the moisture came, that is, that is really altered. 这一年全球的降水量是正常的,但是需要有正常湿度的时候一切就都改变了。
- In this paper we used satellite data and ground humidity parameter (water vapor pressure) to retrieve the precipitable water in cloudless sky and cloudy sky. 本文利用卫星资料、探空站和地面站的常规观测资料对晴空及云天大气的可降水量进行了估算,并且利用高空探测资料计算的值作为真实值,对估算得到的结果进行检验。
- There were also obvious "hot centers" and "wet centers" in the distribution of the precipitable water, yet the numbers of those centers were less than the retrieved data. 和卫星资料反演的水汽场相比,总体形势分布具有相似的结构。
- Research results were showed as follows:The distribution of the precipitable water retrieved from satellite data was of well spatial and temporal resolutions. 用地面湿度参量资料(地面水汽压)估算晴空大气可降水量,其单站的估算结果比用卫星资料反演的结果要精确,但是估算的水汽场时空分辨率不如卫星资料反演的高。