Establishment of Local Precipitable Water Vapor Based on GPS Observation Gravity irrigation can increase fruit trees ' production volume. 利用GPS测量建立区域可降水量模型利用自流灌溉可提高果树的产量。
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
On the Remote Sensing of Precipitable Water Vapor Using Ground-Based GPS Technique and Applications in Meteorology; 运用整层大气可降水量的经验计算公式,计算了阿勒泰地区大气可降水量和降水转化率。
Application Precision and Range of Precipitable Water Vapor Measured by Ground-Based GPS 地基GPS遥测大气可降水量应用精度和范围
The atmospheric water vapor is able to affect the propagation of GPS signal. Therefore, the GPS can be used to estimate the integrated water vapor amount or precipitable water ( PW ). 大气中的水汽会对GPS信号的传播造成显著的影响,故可以利用GPS观测估算水汽总量或可降水量(PW);