[an error occurred while processing this directive] ������� 2015, 34(1) 178-186 DOI:     ISSN: 1004-5589 CN: 22-1111/P

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PubMed
Article by Wu, H.
Article by Yu, Y. X.
Article by Xie, Y. F.
Article by Chen, S. P.
Article by Ma, Z. Z.
Article by Xu, X. L.
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1. �й�ʯ�ʹ�ѧ (����) ������Դ��̽������ص�ʵ���ң����� 102249; 2. �й�ʯ�ʹ�ѧ (����) �����ѧѧԺ������ 102249; 3. �й�ʯ�Ϳ�̽�����о�Ժ������ 100083
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Physical simulation on development of low- amplitude structures in slope zone of Oriente foreland basin��South America
WU Hang, YU Yi-Xin, XIE Yin-Fu, CHEN Shu-Ping, MA Zhong-Zhen, XU Xiao-Long
1. State Key Laboratory of Petroleum ��esources and Prospecting��China University of Petroleum��Beijing 102249��China; 2. Faculty of Earth Sciences��China University of Petroleum��Beijing 102249��China; 3. ��esearch Institute of Petroleum Exploration �� Development��Beijing 100083��China
Abstract:

The Oriente Basin is a back- arc foreland basin��located in front of the Andes in South America�� A large number of low- amplitude structures with close relationship to hydrocarbon accumulation are developed in the eastern slope zone of the Oriente Basin�� Based on deep analysis of development characteristics and corresponding structural physical simulation��formation process and main controlling factors of the low- amplitude structures are ad- dressed�� The results show that the low- amplitude structures in the eastern slope zone of the Oriente Basin are usual- ly accompanied by thrust faults��inversion faults and strike- slip faults�� They are generally situated on the hanging walls of these faults�� The main dynamic mechanism controlling the development of the low- amplitude structures in- volves inversion and strike- slipping movement of faults�� In addition�� the pre- exiting normal faults with lower dip an- gle in deep layer have also exerted positive influence on late fault inversion and development of low- amplitude struc- tures��

Keywords: low- amplitude structures   formation mechanisms   physical simulation   slope zone   Oriente fore- land basin  
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