reservoir structure meaning in Chinese
储热构造
储油构造
蓄水构造
Examples
- The gansenquan - xiaochaidan basement faults affect the integrality of gas reservoir structures
这些因素相互作用，最终导致了气烟囱的形成。 - There are various reservoir structure types of the insert salt layers non - sandstone reservoirs in jiangban oil region , mainly including porous type , porous - fracture type and fracture type , and high mineral contents of clay
摘要江汉油区盐间非砂岩储层结构类型多，主要有孔隙型、孔隙裂缝型和裂缝型；粘土矿物含量较高；这种储层主要是泥岩，含盆和白云石，裂缝发育，并且岩性变化大。 - Based on comprehensive study of gas reservoir structure and geology in su10 block , this paper studies the shale content , porosity , permeability , water saturation and gas - bearing index of the reservoir , determines the evaluation standard of gas reservoirs for this block , analyzes the exploration and development potential according to the geology and gas reservoir evaluation of su10 block , and is of important significance to economical and effective development in this block
摘要在苏10区块气藏构造、储层等地质特征综合研究基础上，针对区块气藏特征采用多元分析方法，对泥质含量、孔隙度、渗透率、含水饱和度和含气指数等进行了研究，通过研究确定了该块气藏评价标准，并在苏10块地质特征和气藏评价基础上进行了勘探开发潜力分析，对区块经济有效开发具有重要意义。 - The methods of displaying slice about the three - dimensional emulation model are studied . they are follow three methods . the method to make multilayer horizontal slice ; the method to make multidirection and multiangle slice the method to make single oil layer display in three space . by above three methods the oil engineer can apprehend the underground oil reservoir structure very clearly
利用计算机图形图象处理技术，研究对地下油藏仿真模型的切片显示的方法，其中可完成多层水平片、可使人们在纵向空间对油藏有清晰的认识，完成多方向、多角度对油藏的垂直切片，使人们对油藏的整体构造有清晰的认识。 - Through explaining the low - fluidity oil - deposit development structure in zaoyuan oil field , analyzing its reservoir structure and the strong flooding level hole design parameters , meanwhile adopting new techniques such as pouring water by phase control at the spot , weak point and strong plane , and so on to manage comprehensively and develop round , we have reduced the natural decrease and increased the exploitable reserves and caused the comprehensive development level of this field to rise from class 3 to class 1
摘要对枣园油田低流度油藏开展构造精细解释、相控储层结构分析和强水淹层孔隙结构参数研究，同时在现场采用相控注水、点弱面强、投球调剖和注水吞吐等开发技术进行综合治理和滚动勘探开发并举，实现减缓自然递减和增加可采储量的目的，使该油田综合开发水平由3类上升到1类。