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利用测井资料与仅有的地质资料相结合。研究其储层的岩性、物性、电性、含油气性及其相互间的关系，从而建立起测井信息与地质信息的对应关系。根据这些关系，由局部扩展到整个区块，进行逐井逐层段分析运算，从而获得比较准确的区块目的层储集参量值。储集层参量主要包括泥质含量、岩石骨架内各类岩性的相对含量、粒度中值以及储层的孔隙度、渗透率、含油饱和度和有效厚度等。这些参量在纵向上和平面上的分布规律直接反映了储层的非均质特性、孔隙性和渗透性的变化特征，以及油气水的分布特征。
Use logging data in combination with the only geological data. The reservoir lithology, physical properties, electrical properties, oil and gas and their relationship to each other, so as to establish the corresponding relationship between logging information and geological information. According to these relationships, the local expansion to the entire block, the well-by-layer analysis of the operation, so as to obtain a more accurate target value of the reservoir layer storage parameters. The reservoir parameters mainly include the content of shale, the relative content of various lithologies in the rock framework, the median of grain size, and the porosity, permeability, oil saturation and effective thickness of the reservoir. The vertical and horizontal distribution of these parameters directly reflects the reservoir heterogeneity, porosity and permeability characteristics, as well as the distribution characteristics of oil and gas.