叶尼塞-哈坦加海槽构造中岩浆岩的地球化学特征及其与西伯利亚陷落带的联系

O. Polyansky, Yu.F. Filippov, A. Selyatitskii, P. O. Polyansky
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摘要

叶尼塞-哈坦加海槽(YKT)结构中的火山和侵入物质的隐含部分是岩石的地球化学组成,我们正在考虑这些岩石的地球化学组成与其属于西伯利亚大型火成岩区(LIP)的关系。叶尼塞-哈丹嘎海槽沉积复合体中的岩浆岩的地球化学特征与西伯利亚大火成岩带的三种岩浆岩相吻合:Nadezhdinsky(低 Ti)、Morongovsky(低 Ti)和少量的 Ivakinsky(与裂谷有关的高 Ti)。根据地震数据,构建了深部构造-构造横断面模型,并考虑了西伯利亚地台和卡拉(泰米尔-谢罗泽梅尔斯基)造山运动西部交界带沉积剖面中岩浆侵入体的位置。地震数据显示,在紧靠 YKT 沉积中心下方的地壳下部和地壳-地幔边界有一个异常区域,其地震剖面的特点是散射波场混乱,没有反射边界。
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GEOCHEMICAL CHARACTERISTICS OF MAFIC ROCKS IN THE STRUCTURE OF THE YENISEI-KHATANGA TROUGH AND THEIR BELONGING TO THE SIBERIAN TRAP PROVINCE
Consideration is being given to the geochemical composition of the rocks, representing the hidden part of the volcanic and intrusive material in the structure of the Yenisei-Khatanga Trough (YKT), in relation to its belonging to a large igneous province (LIP) of Siberia. The geochemical characteristics of mafic rocks, presenting in the sedimentary complexes of the YKT, correspond to three types of mafic rocks allocated to the Siberian LIP: Nadezhdinsky (low Ti), Morongovsky (low Ti), and, in limited quantities, Ivakinsky (rift-related high Ti). Based on the seismic data, there was constructed a deep structural-tectonic cross-sectional model, and there was considered the position of mafic intrusions in the sedimentary section in the western junction zone of the Siberian Platform and the Kara (Taimyr-Severozemelsky) orogen. The seismic data show an anomalous area in the lower crust and at the crust–mantle boundary immediately below the YKT depocenter, whose seismic section is characterized by a chaotic scattered wave field with no reflective boundaries.
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