absheron-prebalkhan山脊东部沉积盖层地震反射的地质意义

M. Abdulla-zade
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引用次数: 0

摘要

Absheron-Prebalkhan构造带通常被称为Absheron-Prebalkhan脊,是连接世界上两个基底成因水平不同的大型油气盆地,即南里海盆地(SCB)和中里海盆地(MCB)。在过去的几十年里,详细的地震和重力调查已经完全覆盖了考虑的区域。本文介绍了该地区不同地震地质条件下不同地区地震剖面信息含量的资料。在对后者进行分析的基础上,根据记录的动态表现力、长度和分辨率,确定了SH-A (Akchagyl)、SH-I (RS顶部)、SH-II (VIII层)和SH-III(下RS层)四个地震层位。这些视界的跟踪质量是不同的。根据客观确定的地震参数,如反射波的形态和相对位置、反射波的连续性、地震波的振幅和频率等,识别与构造水平相对应的地震层段,是波场地震地层分析的基础。编制的构造简图清晰地显示了红色地层与阿恰格尔矿床的地质构造及其构造平面的对比。通过对复杂地质和地球物理资料的比较,可以确定RS矿床岩相特征的分布特征。
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GEOLOGICAL SIGNIFICANCE OF SEISMIC REFLECTIONS IN THE SEDIMENTARY COVER OF THE EASTERN PART OF THE ABSHERON-PREBALKHAN RIDGE
The Absheron-Prebalkhan tectonic zone, often called as the Absheron-Prebalkhan ridge, is a link between two large oil and gas basins of the world, which differ in the genetic level of the basement, i.e.: the South Caspian (SCB) and the Middle Caspian basins (MCB). The considered area has been completely covered by detailed seismic and gravity surveys over the past decades. The article presents material illustrating the information content of seismic sections in different parts of the region, which are characterized by different seismogeological conditions. As a result of the analysis of the latter, the author specified and determined four seismic horizons: SH-A (Akchagyl), SH-I (tops of RS), SH-II (horizon VIII) and SH-III (lower RS) based on the dynamic expressiveness, length, and resolution of the record. The tracking quality of these horizons is not the same. The identification of seismic intervals, which correspond to structural levels based on objectively determined seismic parameters, such as the configuration and relative position of reflections, their continuity, as well as the amplitude and frequency of seismic waves were the basis for seismic stratigraphic analysis of the wave field. The compiled schematic structural maps show the geological structure of the red-colored strata and Akchagyl deposits and the correlation of the structural plans of the latter clearly. Comparison of complex geological and geophysical materials allows to determine the character of the distribution of lithofacies features of RS deposits.
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