天文地球动力学

国内天文地球动力学中的潮汐研究

Progress in China in the Tide Researches in Astrogeodynamics

固体潮对测站位移的影响是空间大地测量和天文地球动力学研究的重要组成部分。

The influence of solid tide on station displacements is an important part of the spatial geodesy and astrogeodynamics research .

本文系统地介绍了GPS应用于精密测地和天文地球动力学的基本模式、原理和误差。

In this paper , the basic models , principle and error sources of GPS applied to precise geodesy and astro-geodynamics are introduced systematically .

并讨论了在目前的天体测量新技术如甚长基线干涉仪（VLBI）、激光测卫（SLR）、激光测月（LLR）已成功地用于天文地球动力学的情况下，GPS发展的可能前景。

Under the recent situation that new astronomical technigues , for example , Very Long Baseline Interferometry ( VLBI ), Satellite Laser Ranging ( SLR ) and Lunar Laser Ranging ( LLR ), are successfully applied to astro-geodynamics , the possible trends of GPS are discussed .

详细讨论了地球自转的天文地球动力学效应。

The astrogeodynamical effects of the earth 's rotation are discussed in detail .

本文详细阐明了天文地球动力学这门学科的国际动态和我国在该学科开展的情况以及它与国民经济的关系。

The recent status of astro-geodynamics in the world is described in detail in this paper in which the relationship between the astro-geodynamics and the national economy is also mentioned .

从中可以看出，现代天文测量技术和多学科交叉的综合研究对天文地球动力学和地球科学进展的深远影响。

It can be seen from the paper that significant effects of the modern astronomical measurement technique and comprehensive study of interdiscipline on the Astro geodynamics and earth science .

论述了我国发射射电卫星对于天文学和射电天文方法的发展、我国月球及深空探测计划、大地测量和天文地球动力学的研究和发展等方面的意义；

In this paper , the meaning for China to project radio satellite is discussed .