最后对白云岩储层进行了分类评价，指出了有利储集区带的分布。
In the end, it evaluates dolomite rock reservior and points out the distribution of favorable reservoir zone.
首先，根据建立的模型的断层和裂缝，沉积相，岩溶，我们最有利储集区预测的分布定性。
First, based on building the models of faults and fractures, sedimentary facies, and karst, we predict the distribution of the most favorable reservoir zones qualitatively.
在此基础上，探讨了储层演化的主控因素，对储层进行分类评价，并结合地震属性反演预测了有利储集区的分布范围。
On this basis, we discussed main factors of the reservoir evolution and evaluated reservoir, then predicted the advantageous regions combining with seismic attribute inversion.
作者最后利用人工神经网络多属性反演得到全区的视电阻率和剩余电阻率曲线，主要用于油气检测，最终圈划出有利油气储集区，并找到有利油气圈闭高81东块。
It can predict any logs' curves such as resistivity log, so it could be used as detecting oil and gas. Finally we use the technique to find a favorable area rich in oil, and a trap, Gao81 east.
因此，在碳酸盐岩区进行油气勘探与开发时，对研究与评价储集层乃是有用的手段之一。
Therefore it is one of the useful method for studying and evaluating the reservoir in carbonate rocks during oil and gas exploration and development.
潜山油气藏是胜利探区一种重要的油气藏类型，具有储集层发育、层系多、产能高等特点。
The buried-hill reservoir is an important type of reservoir in Shengli Oilfield, which has characters of abundant reservoir, many strata and high production capacity.
研究区砂岩储层的孔隙分布较为集中，储集层非均质性主要由喉道非均质性引起。
The pore distribution of the sandstone reservoir is comparatively centralized. The reservoir inhomogeneity is mainly caused by the throat inhomogeneity.
研究区的不整合面是重要的油气运移通道和良好的储集空间。
The unconformity within the area is an important migration pathway and good reservoir of oil and gas.
研究区储集层岩相主要为三角洲相、滨浅湖相砂体。
The reservoir types in the studied region are mainly deltaic facies and inshore shallow lake facies sand bodies.
本文的研究方法可为陆相复式油气区同类砂岩储集层的勘探、开发提供借鉴。
The methods presented in this paper can be used as reference in exploration and development of similar sandstone reservoirs in terrestrial multiple oil and gas bearing areas.
由于地质条件和资料品质的限制，复杂断块区的三维地震资料反演和储集层预测有较大的难度。
The seismic inversion and reservoir prediction in complex fault-block areas are hard to make due to complicated geologic conditions and poor quality of seismic data.
高能水道心滩为研究区最有利的储集砂体，其次为边滩沉积。
The high energy watercourse channel bars are the most favorable reservoir, secondly are point bar deposits.
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.
应用层序地层学和地震岩性反演相结合的方法对东濮凹陷胡状集地区有利的储层发育区进行了预测。
Sequence stratigraphy and seismic lithologic inversion were used to predict favourable reservoir developed area in Huzhuangji Region, Dongpu Depression.
发现A区沙三段中亚段储集层发育大量天然裂缝，具有构造垂向上分带性及平面上分片性等特征。
It is found that a lot of natural fractures developed in the reservoir of middle es 3 in a area with the features of vertical zoning and plane parting on structure.
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.
根据曙一区超稠油油藏的储集物性、原油性质及开采特点，进行高温调剖技术研究。
High temperature profile control is studied according to reservoir petrophysical properties and super heavy oil properties in Shu1 area.
阐述了曙4 4 0 3井区潜山储层特征及其分布规律，分析了构造、岩石性质等因素对储集性质的影响。
Reservoir characteristics and distribution regularities of buried hill reservoir in Shu 4 4 03 area are presented, and the influence of structural, lithologic natures and the etc.
不同岩相带储集空间的发育特征不同，火山通道周围是有利储集层发育区。
The development features of reservoir space are different in different lithofacies belts. In a word, around volcanic vent is favorable reservoir development position.
而有利储集带，长期发育的低势区，良好的圈闭条件是此区成藏最有利的控制因素。
The profitable reservoirs, long-term developed low fluid potential localities and excellent trap conditions are the most favorable controlling factors for hydrocarbon reservoirs in this area.
这套储层以吐孜洛克地区为界，东，西两区在成岩作用，储集性质和成因机制上均存在显著差异。
With the Tuziluk area as the boundary, the eastern and western parts of this suite of reservoirs are notably different in diagenesis, properties and forming mechanisms of the reservoirs.
这套储层以吐孜洛克地区为界，东，西两区在成岩作用，储集性质和成因机制上均存在显著差异。
With the Tuziluk area as the boundary, the eastern and western parts of this suite of reservoirs are notably different in diagenesis, properties and forming mechanisms of the reservoirs.
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