并结合建模软件建立储层沉积微相模型，实现了测井解释成果的定量化应用。
It establishes reservoir microfacies using modeling software to realize quantitative application of well logging interpretation.
变浅暴露滩微相的岩石组合是孔隙层和储渗体形成的基础。
The rock assemblage of shallow exposed bank-microfacies is the basis of the formation of pore layers and reservoir permeability systems.
最后采用指示模拟的方法建立了研究区的沉积微相模型，并以此模型为基础建立了研究区的储层参数模型。
The facies model and reservoir model of the study area were built up by using lots of indicators.
针对河流-三角洲储层沉积微相的划分问题，提出了基于加权模糊推理神经网络的判别方法。
Based on the division of river-delta reservoir sedimentary facies, we present a distinguishing method based on the fuzzy reasoning NN.
提出了将多种随机建模方法综合预测储层微相的新方法。
A new comprehensive method for predicting reservoir microfacies by integrating multiple stochastic modeling methods was presented.
在沉积微相研究的基础上，通过交叉验证的方法实施储层参数定量预测。
On the basis of the sedimentary microfacies study, the collector parameter quantitative prediction was alternately verified.
在高频层序内研究了沉积微相的构成与演化特征以及储层分布规律。
The constitution and evolution features of sedimentary facies and reservoir distribution rules are studied within the high frequency sequence.
鄂尔多斯盆地；樊学地区；沉积微相；砂体展布；储层特征；油气富集规律。
Ordos basin; Fanxue area; Sedimentary microfacies; Sand bodys spread; Reservoir characteristics; Regularity of oil and gas enrichment.
该构造储层属三角洲前缘亚相的水下分流河道微相沉积，并存在由成岩作用形成的次生孔隙发育带。
Its reservoir with secondary porosity zone is also a key for petroleum pool formation, which is of distributary channel of fan delta front.
储层微相研究是油田开发后期储层非均质性精细表征及剩余油分布规律研究的重要内容。
Analysis of oil reservoir microfacies is important for the study of remnant oil and the anisotropy features of oil reservoir in later period.
河流砂体不同微相单元决定了油田高含水期储层物理特性的总体规律。
Different micro-facies units of fluvial sand bodies control the overall reservoir physical properties at high water cut stage.
针对河流-三角洲储层沉积微相划分问题，提出了一种基于加权模糊推理神经网络的判别方法。
Focusing on the classification of sedimentary microfacies in fluvial delta reservoir, one diagnosis based on weighted fuzzy neural network is proposed.
顺序指示建模技术能够真实的再现相序变化特征，反映储层沉积微相的分布。
The technique of sequential indication modeling would be used to represent the characteristics of facies sequence changes, reflect the distribution of sedimentary microfacies of reservoirs.
包体温度表明储层建设性溶蚀作用发生于燕山晚期，气藏中的有利储层分布在燕山晚期构造高部位的有利微相砂体中；
The data on the temperatures of the inclusions indicate that the constructive corrosion of the reservoir rocks took place during the late Yanshanian.
充分利用密闭取心、密井网等资料，精细剖析了双河油田扇三角洲前缘储层沉积微相及其分布。
The microfacies and their distributions of fan delta front in Shuanghe oil field are analyzed in detail by using sealed coring data, highly dense well patterns and so on.
砂坪微相的一些水下高地存在可能成为有利储层的纯净的石英砂岩。
Near some of the underwater high land in the sand flat environment, there may exist purer quartz sandstones, which may be a good reservoir.
为了更好地挖掘东辛地区稳矿砂体的油气勘探潜力，有必要对其沉积微相及储层特征进行研究。
It is necessary to study the sedimentary microfacies and reservoir characteristics of the stable mineral bearing strata in Dongxin area to further explore the oil and gas reserve of the target zone.
研究表明，工区储层非均质性明显受沉积微相的控制。
It is indicated that the reservoir heterogeneity of the work area is obviously controlled by the sedimentary microfacies.
从储层精细描述的角度，对储层、沉积微相进行精细研究。
In this paper, the formation sedimentary microfacies were discussed by fine formation description.
应当根据沉积微相的平面分布特征及储层非均质性的强弱采取不同的开发措施。
Then different development measures should be adopted based on the distribution characteristics of the sedimentary micro-facies and their differences in reservoir heterogeneity.
砂砾岩储层的物性随着沉积环境的不同表现出较大的差异，且以扇三角洲前缘亚相水下分流河道微相最好。
Physical properties of the sandy conglomerate reservoirs differ greatly in different depositional environments, and the best occurs in underwater distributary channel on fan delta front.
通过对沉积微相的划分表明，储层主要为河道相。
The division of sedimentary microfacies of this block indicates that the reservoir bed mainly consists of channel facies.
微相砂体的地质知识是储层随机建模的基础。
Geological knowledge about microfacies sand bodies gives the foundation for stochastic reservoir modeling.
在此基础上建立了滨浅湖沉积环境下不同沉积微相的储层非均质性模式，为油田开发方案的编制和调整打下基础。
On this base we build a mode of reservoir heterogeneity of Shore-lake and Shallow-lake sub-facies. The results is helpful to the research of reservoir and adjusting production of oilfield development.
注水开发油田三角洲储层剩余油分布复杂 ，其主要原因是储层间不同微相及不同部位的岩石物理特征有明显差异。
Remaining oil distribution of delta reservoirs in waterflooding oilfield is very complicated, which is resulted from the differences of petrophysical characteristics in different facies of reservoir.
对于低渗微裂缝储层钻井完井作业而言，固相侵入、应力敏感、水相圈闭是主要损害机理。
For low permeability micro - fractured reservoirs drilling and completion operations, the solid phase invasive, stress-sensitive, water trapping is the main damage mechanism.
这些沉积微相特征对储层物性的预测都具有重要意义。
The identification of these characteristics is significant for reservoir quality prediction.
充分利用密闭取心、密井网等资料 ，精细剖析了双河油田扇三角洲前缘储层沉积微相及其分布。
On the basis of studying the sedimentary microfacies of fan delta front in the oilfield, stratified dynamic tes.
在此基础上建立了滨浅湖沉积环境下不同沉积微相的储层非均质性模式，为油田开发方案的编制和调整打下基础。
On this base we build a mode of reservoir heterogeneity of Shore-lake and Shallow-lake sub-facies. The results is helpful to the research of reservoir and …
在此基础上建立了滨浅湖沉积环境下不同沉积微相的储层非均质性模式，为油田开发方案的编制和调整打下基础。
On this base we build a mode of reservoir heterogeneity of Shore-lake and Shallow-lake sub-facies. The results is helpful to the research of reservoir and …
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