Water vapor in earth's atmosphere plays a crucial role for climate, dynamics of weather system, atmosphere environment, hydrology and space geodesy.
地球大气中的水汽在全球气候系统、天气动力系统、大气环境科学、水文学以及空间大地测量等方面占有非常重要的地位。
In this paper, we derived a plate motion model based on space geodesy, called SGPMM1, from integrated VLBI and SLR data.
本文组合应用vlbi和SLR数据导出了一个完全基于空间技术实测数据的现时板块运动模型，称为SGPMM1。
A series of effects caused by earth rotation are recommended to be taken into account in the high precision space geodesy.
建议在高精度的空间大地测量中要顾及到地球自转变化引起的一系列效应。
Methods for estimating the dynamic ocean topography (DOT) using space geodesy observational data and ocean hydrological data were presented briefly.
简述利用空间大地测量观测数据和海洋水文数据推求海面动力地形的方法。
The basic methods, research results and new progress in measurement of plate movement by space geodesy and the comparison with the results by geological method are expounded.
阐述利用空间大地测量测定和研究板块运动的基本方法、研究成果及最新进展，并和地质学方法进行了比较。
In Space Geodesy technology. One of the main error sources is atmospheric transmitting delay.
大气传播延迟是空间大地测量技术的主要误差源之一。
One of the main error sources is atmospheric transmitting delay in the Space Geodesy technology, especially in the low elevation.
大气传播延迟是空间大地测量技术的主要误差源，特别是在低高度角的观测情况下尤其如此。
Space geodesy, terrestrial deformation survey and focal mechanics resolution together confirm that the present-time principal compressing stress orientation is NW (NWW) -se (SEE).
空间与地面测量及震源机制解共同证实，东南沿海现时应力场主压应力方位为NW (NWW) - SE (SEE)。
Space geodesy, terrestrial deformation survey and focal mechanics resolution together confirm that the present-time principal compressing stress orientation is NW (NWW) -se (SEE).
空间与地面测量及震源机制解共同证实，东南沿海现时应力场主压应力方位为NW (NWW) - SE (SEE)。
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