国际地球动力学合作项目的实施与展望

doi:10.11867/j.issn.1001-8166.1997.02.0152

地球科学进展 ›› 1997, Vol. 12 ›› Issue (2): 152 -157. doi: 10.11867/j.issn.1001-8166.1997.02.0152

国际地球动力学合作项目的实施与展望

孙和平，许厚泽

中国科学院测量与地球物理研究所动力大地测量学开放实验室武汉 430077

收稿日期:1996-08-26 修回日期:1996-09-28 出版日期:1997-04-01
通讯作者: 孙和平,男,1955年8月出生,博士,主要从事重力场与地球动力学的研究。

EXECUTION AND PROSPECT FOR THE GLOBAL GEODYNAMICS PROJECT COOPERATION

SUN Heping，XU Houze

Institute of Geodesy and Geophysics,Chinese Academy of Sciences,Wuhan430077

Received:1996-08-26 Revised:1996-09-28 Online:1997-04-01 Published:1997-04-01

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国际地球物理和大地测量协会(IUGG)下属的地球深部研究(SEDI)小组倡导成立了国际地球动力学合作项目(GGP)。该项目利用全球超导重力仪联合组成观测网络,开展周期为六年的连续观测,规范数据采集系统,进行国际资料交换,利用统一方法处理数据,使它们在地球内部物理学和地球动力学研究中发挥作用。概要综述了GGP的研究内容及实施要点,结合我国实际情况,提出参加GGP项目策略和需解决的主要学科问题。

关键词: 超导重力仪, 地球动力学, 国际合作研究

The group of the Study Earth' s Deep Interior (SEDI), International Union of Geo-physics and Geodesy (IUGG), proposed a research item entitled the Global Geodynamic Project (GGP). A global observation network is organized by using existed permanent stations equipped with the superconducting gravimeters around the world. Under the GGP, it is planned to develop a continuous observation for the period of 6 years, to normalize the digital collection system, to exchange the raw data and to use the standard data analysising method, in order that the observations can play an important role in study of the Earth' s interiors physics and global geodynamics. In this paper, we will describe briefly the basic situation of the GGP, the research contents and the main executive points. Considering the real condition in China, the policy for participating in the GGP and the main scientific problems to solve are introduced.

Key words: Superconducting gravimeter, Global geodynamics, International cooperation.

中图分类号:

P223/P312

1 Aldridge K, Crossley D J, Mansinha L, et al. GGP, the Global Geodynamics Projects, Working version, April 1991. Tire a part des Cahiers du Centre Europeen de Geodynamique et de Seismologie, 1991,3:169-196.
2 Crossley D J. GGP Newsletter. July, 1996.
3 Ducarme B, Makinen J, Roder R, et al. Intercomparison of the absolute gravimeters at Brussels with reference to the superconducting gravimeter, Proceedings of the workshop on non-tidal gravity changes. Luxembourg, 1991.73-80.
4 Goodkind J M. The superconducting gravimeters principles of operation, current performance and future prospects,Proceedings of the workshop on non-tidal gravity changes, Luxembourg, 1991.81-90.
5 Hinderer J, Florsh N, Makinen J, et al. Global earth dynamics and non-tidal gravity changes, Proceedings of the workshop on non-tidal gravity changes.Luxembourg, 1991.197-206.
6 Melchior P, Crossley D J, Dehant V P, et al. Have inertial waves been identified from the earth' s core ? structure and dynamics of earth' s deep interior. Geophysical Monograph 46, IUGG vol 1, Copywright 1988 by IUGG.
7 Sun H-P. Comprehensive researches for effect of the ocean loading on gravity observations in the western Pacific area. Bulletin d' Information de Marees Terrestres, 1992, 113:8271-8292.
8 Sun H-P, Ducarme B, Dehant V. Correction of the atmospheric pressure on gravity measurements recorded by a superconducting gravimeter at Brussels. In:Hsu H-T ed. Proc 12th Int Symp on Earth Tides. Beijing: Sciences Press,1995.317-330.

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