提出了应用模糊聚类划分储集层岩石物理相的方法。
A method for division of reservoir petrophysical facies by fuzzy clustering is proposed.
在此基础上，对研究区进行了评价，划分了有利储层发育带及有利含气储集带。
On that basis, the study area is evaluated and the favorable reservoir zone and gas accumulation zone are determined.
缝洞型潜山油藏具有特殊的储集类型和特征，其饱和度参数解释、有效厚度划分、储层平面分布的确定是储量计算中的难题。
The interpretation of fracture and vuggy saturation, the determination of effective thickness and the distribution of reservoir are the main problems in reserve calculation.
经镜下成岩特征分析，哈得逊地区石炭系含油气储集层，可划分为六种成岩岩相。
Research for the diagenetic lithofacies is based on sedimentary facies, which stress on the observation of diagenetic characteristics in sedimentary rock.
模糊聚类划分方法能较好地反映储层储集性能的成因特征。
The new method can reflect the genetic features of reservoir.
根据烃源岩与储集层的纵向位置关系，将岩性地层油气藏划分为源下、源内和源上3种类型。
According to the relationship of the vertical positions between source rocks and reservoirs, the lithostratigraphic reservoirs were divided into 3 types as below-source, in-source and above-source.
根据储层物性、储集空间类型与孔隙结构分析，将研究区储层划分为洞穴型、孔洞型、孔洞-裂缝型、裂缝型四种类型。
According to analysis of reservoir properties, reservoir Spaces and pore structure, we divided the reservoir of study area into cavity, pore, cavity - fractured, fractured four types.
并通过孔隙结构分析，按毛管压力曲线特征，将储层储集类型划分为裂缝-溶孔（洞）型；
Through the pore structure analysis by capillary pressure curves, the type of the reservoir for the crack - dissolution pore (hole) type;
并通过孔隙结构分析，按毛管压力曲线特征，将储层储集类型划分为裂缝-溶孔（洞）型；
Through the pore structure analysis by capillary pressure curves, the type of the reservoir for the crack - dissolution pore (hole) type;
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