GPS作为当今最先进的测量手段之一，其精密定位理论和技术已在大地测量、地壳运动监测、精密工程测量等诸多领域得到了广泛的应用。
GPS is an advanced tool for deformation monitoring, and it has been widely applied in geodetic survey, crustal movement monitoring and precise engineering survey.
全球定位系统GPS是利用监测地壳运动进行地震预测的新手段。
The Global Positioning System (GPS) is used to monitor crustal movement which is the new method for earthquake prediction.
本文对较适用于监测网的拟稳平差方法作了简要介绍，并在此基础上提出了顾及两次复测期间地壳运动对观测高差影响的动态方案。
According to the method, a dynamic scheme which concerns the influence of crustal movement be-tween two re-surveys on the observed elevation difference is proposed.
回顾了近年来中国学者利用绝对重力观测技术在地壳运动、地震监测与预报及地球动力学等研究方面所取得的成就；
The successes obtained by Chinese scholars in investigations of crust movement seismic detection and forecast and geodynamics have been reviewed;
回顾了近年来中国学者利用绝对重力观测技术在地壳运动、地震监测与预报及地球动力学等研究方面所取得的成就；
The successes obtained by Chinese scholars in investigations of crust movement seismic detection and forecast and geodynamics have been reviewed;
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