The surface-based Globe Position System ( GPS) high resolution network can monitor the atmospheric water vapor for the mesoscale weather system.

1、

The main factors affecting the accuracy of the HY-1 satellite SST are the atmospheric water vapor absorption and cloud cover.

影响HY-1卫星海温反演精度的主要因素为大气中的水汽吸收和云覆盖。

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2、

Atmospheric water vapor is a main one of errors effects on repeat-pass Differential Interferometric Synthetic Aperture Radar monitoring deformation.

大气水汽是影响重复轨道合成孔径雷达干涉测量形变监测的一个主要误差源。

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3、

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

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4、

Atmospheric Water Vapor Experiment with the Mixed Single-and Dual-frequency Ground-based GPS-met Network in Beijing

北京地区单双频地基GPS大气水汽遥测试验与研究

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5、

Numerical analysis on the feasibility and inversion method of microwave remote sensing of clear-air atmospheric water vapor profiles from space

微波空对地遥感水汽分布的可能性及反演方法

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6、

Atmospheric Water Vapor Amount Retrieval on the Western Coast of the Bohai Sea Gulf with Sun-Photometer

利用太阳光度计反演渤海湾西岸大气柱水汽总量

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7、

By using reanalysis data, the proportion of the atmospheric water vapor that converted into precipitation is evaluated.

大气中的水汽并不是全部转化为降水，利用ERA40等再分析资料，本文计算了青藏高原地区，大气中可降水量转化成降水的比率（降水转化率）。

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8、

The calculation research of retrieving atmospheric water vapor with GPS was made, using theories of Ground Based GPS Meteorology.

运用地基GPS气象学的理论，进行了反演大气水汽含量的计算研究。

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9、

Reviews and Prospects of Researches on Remote Sensing of Regional Atmospheric Water Vapor Using Ground-Based GPS

GPS遥感区域大气水汽总量研究回顾与展望

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10、

Remote Sensing of Atmospheric Water Vapor by Ground-based GPS and Its Application in Weather Forecasting

地基GPS遥感大气水汽含量及在气象上的应用

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11、

Approaches to Atmospheric Water Vapor Profile Sounding by GPS

利用地基GPS测量大气水汽廓线的方法

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12、

Retrieving atmospheric water vapor from MODIS near infrared data

针对MODIS近红外数据反演大气水汽含量研究

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13、

The Research on Data Processing of Monitoring Crustal Deformation and Retrieval of Atmospheric Water Vapor Using GPS

GPS地壳形变监测数据处理及大气水汽含量反演计算的研究

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14、

The investigation of 1.35 cm microwave radiometer used in remote sensing atmospheric water vapor

1.35厘米微波遥感大气湿度辐射计的研制

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15、

Retrieval of Atmospheric Water Vapor Using MODIS Near Infrared Channel Data in Guizhou Plateau

基于MODIS近红外数据的贵州高原大气水汽反演研究

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16、

Transfer Analysis on of Atmospheric Water Vapor Based on Ground-based GPS During a Rainstorm

基于地基GPS的暴雨水汽输送分析研究

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17、

Research on Retrieval of the Amount of Atmospheric Water Vapor over Qinghai-Xizang Plateau

青藏高原大气总水汽量的反演研究

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18、

Variation of atmospheric water vapor with climate and its impact on water resources of North China

华北地区大气水分气候变化及其对水资源的影响

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19、

The Determination of Atmospheric Water Vapor Using GPS

利用GPS反解大气水汽含量

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20、

Observation of atmospheric water vapor content with GPS technology

利用GPS技术探测大气中的水汽含量

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