1.
Improved model of tropospheric zenith delay for GPS signal
GPS信号对流层天顶延迟改进模型研究
2.
The Precision Analysis of Troposphere Zenith Delay Resolution in Kinematic GPS and the Discussion of Real Time Water Vapor Inversion
动态GPS中对流层天顶延迟解算精度分析及实时水汽反演探讨
3.
Precision Improvemen of Tropospheric Zenith Path Delay Estimation by Precise Point Positioning
精密单点定位方法测量对流层天顶延迟的精度改善
4.
ANNUAL PERIOD CHANGES OF ZENITH TROPOSPHERIC DELAY OF CORS STATIONS IN TIANJIN DISTRICT
天津地区CORS站天顶对流层延迟年周期变化研究
5.
A new method for improving the solving precision of tropospheric zenith total delay
提高对流层天顶总延迟解算精度的新方法探讨
6.
In addition, the number of the zenith delay parameters has effect on the tropospheric refraction.
天顶延迟参数个数的选择对对流层折射有较大影响。
7.
Tropospheric Delay Correction Algorithm to InSAR Results
多雨山区InSAR对流层延迟改正模型
8.
Tropospheric delay correction to InSAR results using CGPS observations
基于CGPS数据的InSAR对流层延迟改正研究
9.
Calculating Wet Component of Tropospheric Propagation Delay Using IGS Products
利用IGS产品推算对流层延迟湿分量
10.
Research of Tropospheric Delay Model and Applications Based on the GPS Data Processing
对流层延迟改正在GPS数据处理中的应用与研究
11.
Tropospheric Delay Correction Model and Its Application to InSAR
GPS对流层延迟改正模型及其InSAR应用研究
12.
Research on the correction of troposphere dry delay in GPS positioning and inversing the water vapor in atmosphere
GPS定位与水汽反演中对流层干延迟的订正研究
13.
Some Tropospheric Delay Correction Models : Analysis and Comparison
几种对流层延迟改正模型的分析与比较
14.
A Tropospheric Delay Estimate System for Satellite Orbit Determination
卫星精密测定轨中的对流层延迟估算系统
15.
The result shows that the relative accuracy of zenith wet delay model is about20%～30%.
结果表明:天顶湿延迟模型的相对精度大约在20%30%间。
16.
In simple laminar convection simulations, large plumes stretch all the way from the bottom of the core to the top.
在简单的层流对流模拟中，大型的烟流从地核底部一路延伸到顶端。
17.
Research on the Model of Troposphere Delay Correction in GPS Precision Point Positioning;
GPS精密单点定位中对流层延迟改正模型的研究与分析
18.
Comparison between Modeling Method and Parameter-estimation Method in Tropospheric Delay Correction of GPS Precise Point Positioning
GPS精密单点定位中对流层延迟模型改正法与参数估计法的比较