储层沉积学

  • 网络reservoir sedimentology
储层沉积学储层沉积学
  1. 碎屑岩系油气储层沉积学的发展历程与热点问题思考

    The Development and Hotspot Problems of Clastic Petroleum Reservoir Sedimentology

  2. 辫状河砂体储层沉积学研究&以张家口地区露头砂体为例

    Reservoir Sedimentology of Braided River Sandbodies ── A case study of the outcrop in Zhangjiakou Region

  3. 利用储层沉积学参数预测砂岩孔隙度

    Porosity prediction prior to drilling by means of reservoir sedimentological parameters

  4. 储层沉积学研究,确定储集体成因类型及几何形态;

    Researches on sedimentology of the reservoirs are to determine the genetic types and geometric sites ;

  5. 冲积-河流相层序地层模式&以济阳坳陷新近系为例河流相储层沉积学表征河流相层序地层学研究

    The mode of sequence stratum of alluvial-fluvial facies & taking the upper Tertiary of Jiyang depression for exemple

  6. 本文以鄯善油田七克台组为研究对象,根据沉积学、石油地质学、高分辨率层序地层学、测井地质学、储层沉积学等相关学科理论。

    The article is based on Shanshan Oil Fields as the research object . According to the sedimentology 、 Petroleum geology 、 high-resolution sequence stratigraphy 、 Logging geology 、 Reservoir sedimentology and other Related science theory .

  7. 因此本文以高分辨率层序地层学、储层沉积学等地质理论为指导,以相对保持振幅、相位和波形特征的高分辨率处理资料为依托。

    Therefore , this article as a guide of high-resolution sequence stratigraphy , reservoir sedimentology , and other geological theory , with rely on maintain the relative amplitude , phase and waveform characteristics of high-resolution processing data .

  8. 本次研究综合应用了地质、钻井、测井及地震等资料,在层序地层学、储层沉积学、地球物理测井等理论的基础上,进行了多学科、一体化的综合分析。

    Geology , drilling , well logging , seismic data and so on were used in the study . On the basic of the theory of sequence stratigraphy , reservoir sedimentology , geophysical logging , the reserch was multi-disciplinary and integrated systematic analyed .

  9. 从大地构造沉积学、层序地层学、事件沉积学、储层沉积学、资源沉积学、全球变化沉积与环境沉积学等方面总结了当代沉积学研究的重大进展,在此基础上,展望了未来沉积学的发展趋势。

    Great progress in the research of modern sedimentology is summarized in this paper in aspects of tectono-sedimentology , sequence stratigraphy , event sedimentology , reservoir sedimentology , resources sedimentology , global changes and environment sedimentology . The tendency of sedimentology in the future is predicted on this basis .