跨多瑙河山脉新生代富粘土沉积物磁化率各向异性及构造地质综合研究

Krisztina Sipos-Benkő, E. Márton, L. Fodor, Mihály Pethe
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引用次数: 9

摘要

对阿尔卡帕单元中部跨多瑙河山脉新生代富粘土矿床进行了系统的结构和各向异性磁化率(AMS)测量。目的是提高对该地区新近纪构造演化的认识,以及对应力场与沉积物磁性结构的联系的认识。AMS测量结果显示,中始新世-中新世下沉积物的面理作用明显,线理作用弱。AMS线理方向与走滑期北北东—南南西伸展方向(30 ~ 19 Ma)或潘盆期主裂陷期北东—南南西伸展方向(19 ~ 14 Ma)一致。所研究的晚中新世沉积物具有片理的AMS组构,最大和中间方向混杂,AMS组构未表现出构造变形的迹象。相反,在同一岩石中观察到节理和断层。详细的构造分析表明,在约1…
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An integrated magnetic susceptibility anisotropy (AMS) and structural geological study on Cenozoic clay rich sediments from the Transdanubian Range
Systematic structural and anisotropy of magnetic susceptibility (AMS) measurements were carried out on Cenozoic clay-rich deposits from the Transdanubian Range, central part of the Alcapa Unit. The aim was to improve the knowledge of the Neogene tectonic evolution of the area and of the connection of the stress field and the magnetic fabric of the sediments. The measurements of AMS revealed dominant foliation with weak lineation for Middle Eocene-Lower Miocene sediments. The directions of AMS lineation are aligned either with the direction of NNE-SSW extension of a strike slip phase (30–19 Ma) or with the direction of NE-SW extension of the main rifting phase of the Pannonian Basin (19–14 Ma).The studied Late Miocene sediments have foliated AMS fabric, maximum and intermediate AMS directions are intermixed, and the AMS fabrics do not show any sign of tectonic deformation. In contrast, joints and faults were observed in the same rocks. Detailed structural analysis shows two extensional phases between ca. 1...
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来源期刊
Central European Geology
Central European Geology Earth and Planetary Sciences-Geology
CiteScore
1.40
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8
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