首先通过识别测井曲线和岩芯资料的相序来进行基准面旋回的识别；然后根据合成记录进行时深转换，将测井层序划分标定在地震剖面上，按照地震反射同相轴和内部反射特征进行追踪对比，形成油藏储层的高分辨率层序格架。在此基础上，将划分的中期旋回作为油藏储层物理模型的分层；在每一个分层中，依据中期旋回沉积微相的平面分布来划分非均质分区，储层在每个分区内都可近似认为是均质的。这样建立起来的油藏储层物理模型更符合实际地质情况，从而使油藏数值模拟的生产史匹配变得比较容易，使油藏数值模型更符合客观实际。 Firstly, the sequence of seismic logging and core data is used to identify the reference cycle. Then, the logging data are demarcated and calibrated on the seismic profile according to the time-depth conversion of synthetic records. According to the seismic reflection events and internal reflection Tracing and contrasting to form a high-resolution sequence framework of reservoir. On this basis, the divided mid-cycle is used as the stratification of the reservoir physical model. In each strata, the heterogeneous zones are divided according to the plane distribution of the mid-cycle sedimentary microfacies, Can be considered within the approximate homogeneous. The reservoir physical model thus established is more in line with the actual geological conditions, making it easier to match the production history of reservoir numerical simulation and make the numerical model of reservoir more objectively realistic.