• 责任者：Zhang Lin (School of Geoscience ; China University of Petroleum ; Qingdao 266555 ; China) ; Wu Zhiping
• 刊名：Geological Journal of China Universities
• 出版年：2012
• 卷期：18(2)
• 页码：p.365-371
• issnNo：ISSN1006-7493
• isbnNo：CN32-1440/P

Based
    on the principle of regional elongation conservation and the analysis of
    development features and the controlling factors of synthetic overlapping
    transfer structures, “Transfer
    Degree”is proposed to
    quantify the degree to which a transfer structure can accommodate the
    extensional movement for the master fault. As a case study, the Pingnanshicun
    synthetic overlapping transfer structure was researched and its transfer degree
    was calculated. Finally, the calculation results were compared with those of
    the balanced cross sections. Both results matched very well, indicating that
    this method may be useful and could provide a way to quantify transfer
    structures.