[an error occurred while processing this directive] ������� 2009, 28(3) 384-396 DOI:     ISSN: 1004-5589 CN: 22-1111/P

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PubMed
Article by Chen, X. H. 1
Article by Dong, S. W. 2
Article by Shi, J. 3
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1. �й����ʿ�ѧԺ, ������ѧ�о���, ���� 100081; 2. �й����ʿ�ѧԺ, ���� 100037; 3. �й�����ͼ���, ����100083
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��Ҫ�����˻��ڿ������¶ȵĵ��������ѧ, ���Զ��ֵ������ѧ����, ����U-Pb ���� Sm-Nd����Rb-Sr����Lu-Hf����Re-Os����40Ar /39Ar�����ѱ侶��( FT) ���ꡢ(U-Th) /He���� TIMS��ϵ�������������ض���(����14C����) ���������ˮ����(��3H /3He����) �������ۺ�������̽���˹��ʵ������ѧ���������й�20����80������������ķ�չ���ơ����ݽ���ʹ���������, ��ΪU - Pb����40Ar /39Ar����14C����Ŀǰʹ�ý϶�Ŀɿ����귽����Ӧ����ɽ��¡���͵�ò�γɵĵ��������ѧ����������ˮ�����������ϵ�IJ���, ���ǵ������ѧ��չ����Ҫ����

�ؼ����� �������ѧ   ����   �ݱ���ʷ   ������Ա�  
Brief review and prospect of geochronological development
CHEN Xuan-Hua-1, DONG Shu-Wen-2, SHI Jing-3
1. Institute of Geomechanics, CAGS, Beijing 100081, China; 2. Chinese Academ y of Geological Sciences, Beijing 100037, China; 3. China National Geological Library, Beijing 100083, China
Abstract:

Geothermochronology based on mineral closure temperatures and geochronological methods such as U-Pb, Sm-Nd, Rb-Sr, Lu-Hf, Re-Os, 40Ar /39 Ar, FT, (U-Th) /He, TIMS U-series, cosmogenetic nuclide ( including 14C, etc. ) and 3H /3He for young groundwater dating is reviewed in this paper. The developmental trend of international geochronology in recent one hundred years and Chinese geochronology from 1980 s is discussed through the statistics of geochronological documents. According to analyzing the data on usage of geochrono- logical methods, the U-Pb, 40Ar /39Ar and 14C methods are widdy used and reliable geochronometers in recent years. The low temperature thermochronology method which applied in mountain exhumation and geomorphic formation and the dating of young geological body such as ground waterwill be the important developmental trend of geochronology.

Keywords: geochronology   method   evolution history   domestic and abroad comparison  
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