CAJ | 학술논문

根据岩心、露头和测井等资料,结合密井网条件下的连井剖面,在浊积水道沉积模式的指导下,建立浊积水道砂体内部构型模式,研究渤南5区沙三段9砂组浊积水道构型。结果表明：浊积水道主要发育6种岩相,纵向上构成完整或不完整的鲍马序列；单砂体受古地形控制平面上分东、西两个水系,垂向叠加样式主要为相隔式和浅切式,平面上展布样式主要为交切连片式、交切条带式和孤立条带式；单一水道砂体一般厚度为5~10m,宽度为400~800 m,平均为570 m；主要发育泥质、钙质和物性3种隔夹层,单砂体间隔层较稳定,连续性好；单一水道砂体内部夹层发育少,稳定性差,倾角小。
근거암심、로두화측정등자료,결합밀정망조건하적련정부면,재탁적수도침적모식적지도하,건립탁적수도사체내부구형모식,연구발남5구사삼단9사조탁적수도구형。결과표명：탁적수도주요발육6충암상,종향상구성완정혹불완정적포마서렬；단사체수고지형공제평면상분동、서량개수계,수향첩가양식주요위상격식화천절식,평면상전포양식주요위교절련편식、교절조대식화고립조대식；단일수도사체일반후도위5~10m,관도위400~800 m,평균위570 m；주요발육니질、개질화물성3충격협층,단사체간격층교은정,련속성호；단일수도사체내부협층발육소,은정성차,경각소。
Based on the dispositional model of turbidity channel, we established a reservoir architecture model of turbidity channels. We studied the reservoir architecture of the turbidity channels in the 9th sand group of E2 s3 in Bonan Oilfield using the rock cores, outcrop, logging and the well pattern of the well sections. The results reveal that there are six types of lithofa-cies in the turbidity channels. The lithofacies forms are the complete or incomplete Bouma Sequence. The monosandbodies are divided into two river systems by the ancient landform. Vertically the monosandbodies are in apart form and shallow ero-sion form. In the horizontal plane, the monosandbodies are in intersecting flaky form, intersecting banded form and isolated banded form. The single channel sand bodies are mostly 5-10 m thick; the channel widths are 400-800 m, with a 570 m average. There are muddy interlayer, calcareous interlayer and physical interlayer. The interlayers between the monosand-bodies are stable and in good continuity. On the other hand the interlayers in the single channel sand body are less and unsta-ble. The dip angle of the interlayers in the single channel sand bodies is small.