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| PubMed | |
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Article by Liu, S. L. 1 |
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Article by Li, W. 2 |
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Article by Sun, G. S. 1 |
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Article by Ao, D. 1 |
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Article by Du, M. Y. 1 |
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Article by Wang, C. G. 1 |
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Article by Yu, H. N. 1 |
����1�� 1 ��߾��ȴŲⷽ������1�� 5 �������鹤���з��ֵĵ���ѧ�쳣������������������ؿ��켰��ʴ��������ۡ�����������߾��ȴŲⲻ������Ȧ�������Ŀؿ��죬ȷ�������ɿ����������ҿ��Խ�һ��Ȧ��������ǿ�������Կ��塣�Կ����������ʴ�����1�� 1 ��߾��ȴŷ��������ݽ���������ÿ�ʴ�����ڣ���4 �����������Χ�ޣ��γ���ǿ���Ա������µľֲ����쳣������˵����������ѹ��켰��ʴ�����ɵĽ������ý�ǿ����ʾ����нϴ�ijɿ�DZ����
The geochemical anomaly found in 1 �� 50000 mineral survey and the deep hidden ore-controlling structure and mineralization alteration in Kelidai gold deposit are evaluated with 1�� 10000 high-precision magnetic measurement�� The results indicate that high-precision magnetic measurement can not only delineate the ore-controlling structure to find favorable ore forming region��but also locate the concealed strong or weak magnetic ore bodies further�� The 1�� 10000 high-precision magnetic data interpretation in Kelidai gold deposit alteration region showed that the region was limited by four deep concealed faults and formed local low and negative anomaly under strong magnetic background��indicating that the magnetic reduce caused by deep concealed faults and alteration was strong with favorable metallogenic potential in deep��