AVO is a seismic exploration technology using the characteristics of amplitude variation versus offset to recognize the rock types and oil-gas reservoir.
是利用振幅随偏移距变化特征分析和识别岩性和油气藏的地震勘探技术。
Due to far away from the hydrocarbon source rock, oil-gas migration and building-up conditions became the main controlling factor of the formation trap reservoir forming.
由于距离烃源岩较远，油气运移聚集条件成为地层圈闭成藏的主要控制因素。
And there must be a permeable reservoir rock, such As sandstone or porous limestone, to provide pAssage and storage for the oil and gAs.
所以在附近就必须具有透水的储存岩石，如砂岩和具孔隙的石灰岩，为石油和天然气提供通道和贮存场所。
The discovery of Tertiary diabase reservoir in Jiyang Depression shows that the intrusion rock could form oil-gas accumulation with economic value in petroleum basins.
济阳坳陷第三纪辉绿岩油藏的发现表明在含油气盆地中，侵入岩能形成有经济价值的油气聚集。
In this paper, First introduce the geologic model of continental sedimentation, the rock physics expression about oil and gas reservoir of ShengLi oil Filed.
本文首先介绍了陆源沉积储层的地质模型，胜利油田部分油、气田储集层的岩石物理学特征。
With the discovery of volcanic oil-gas pools, volcanic rock reservoirs, a special oil-gas reservoir type, are paid more and more attention in these days.
随着国内外火山岩油气藏的发现，火山岩储层作为一种特殊的油气储层类型越来越受人们的重视。
It is an important problem in oil and gas field exploration and development to determine the physical parameters of reservoir rocks, and core analysis is a basic way of obtaining reservoir rock data.
确定储油气层岩石的物性参数是油气田勘探与开发中的一个重要问题，而岩心分析是获得储层岩石资料的一种基本手段。
It shows that oil and gas moves from source rock to reservoir rock in continuous phase.
研究认为，油气是以连续相的形式从源岩运移到储集岩的。
This paper analyzes the characteristics, the source rock and the reservoir rock of the oil gas seepages, and predicts the prospects of the oil gas exploration in ShiLou area.
分析了城东庄油气苗的特征、油气苗的源岩及油气的储层，并对石楼地区的油气勘探前景进行了初步的展望。
New exploration results discovered that the source rock, reservoir and caprock of the volcanic rock can form a series of oil and gas pools.
近年来的勘探成果表明，火山岩作为源岩、储层和盖层可形成许多与它相关的特殊油气藏。
The near disposition of source rock, reservoir rock and cap rock is favorable for oil and gas accumulation in buried hill traps.
潜山储层与上覆烃源岩和盖层之间的就近配置利于油气进入潜山圈闭而成藏。
The reservoir rock facies, with its principal indicators, has recorded aspects of sedimentary facies, diagenetic change and oil gas indication.
储集岩相是以基本标志反映储集岩的沉积相、成岩变化以及油气显示面貌的。
There are two oil and natural gas accumulation characters in basement rock reservoir which are all extraneous source of oil and porous fractured reservoir.
基岩潜山油藏具有油气成藏的两种特征，即外来的油源和裂缝性储集空间。
These sedimentary characteristics show the favorable condition of reservoir rock and the favorable potential of oil and gas exploration.
这一沉积特征展示了松辽盆地北部西部断陷带登娄库组三段储层十分发育，具有良好的油气勘探前景。
The tiny diagenesis cracks are mainly the reservoir space of condensate gas. The reservoir rock is characterized by low permeability and porosity, tiny throat, larger surface and affinity for oil.
低孔低渗、微孔喉为主、大孔隙表面积和亲油性决定其主要成为储气层，并控制着凝析气藏的聚集、油气分布、开采中产能及油气性质的变化。
An oil reservoir with a free gas cap that supplies the energy to sweep the oil through the reservoir rock into the Wells.
具有游离气顶的油藏。气顶供给驱扫能量，使油经储层岩石流入井内。
Along with more and more volcanic reservoirs are discovered, volcanic rock is attached with more importance as oil and gas reservoir.
随着火山岩油气藏的发现，火山岩作为油气储层的重要性已引起勘探开发工作者的更多重视。
Then test scheme has been designed to simulate rock mechanical behaviors under the altering pore pressure of high - pressure oil and gas reservoir according to the geological structure.
然后根据高压油气藏地质构造特征，设计模拟高压油气藏内部孔隙压力变化条件下岩石力学特性测试的方案。
Exploration practice showed that the Paleozoic carbonate rock buried-hills with favorable hydrocarbon source and reservoir rocks are a kind of important oil and gas pools in Bohai Bay Basin.
勘探实践表明，潜山油气藏是渤海湾盆地中一种十分重要的油气藏类型，古生界碳酸盐岩具有多油气来源和优质储集岩。
In recent years, with the development of oil and gas exploration, as the reservoir, volcanic rock is increasingly becoming the new area of oil and gas exploration.
近些年来，随着油气勘探的进展，火山岩作为储层日益成为油气勘探的新领域。
In recent years, with the development of oil and gas exploration, as the reservoir, volcanic rock is increasingly becoming the new area of oil and gas exploration.
近些年来，随着油气勘探的进展，火山岩作为储层日益成为油气勘探的新领域。
应用推荐