The quantitative reservoir model and differential distribution model of oil-bearing strata have a great significance in the oil and gas exploration of gravity flow channel sediments.
这一储层定量模式及油层差异分布模式对重力流水道沉积的油气勘探和开发具有较大的指导意义。
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。
This model is applicable to solution gas drive reservoir without edge and bottom water.
该模型适用于无边、底水的溶解气驱油藏。
The model can be applied for project scheme selection and operation comparison of natural gas storage reservoir.
该模型可应用于储气库的设计规划、各种储气方案的比较和判断水化物形成的危险范围等。
So it is important to rebuildpalaeogeomorphology and geology reservoir model and study oil-gas accumulationregulation accurately for oil-gas exploration of Jurassic in Ordos Basin.
因此，精细恢复古地貌形态，建立地质储层模型，研究古地貌油气富集规律，对于整个鄂尔多斯盆地的侏罗系油气勘探工作具有十分重要的意义。
On the basis of precise description of gas reservoir, a reservoir model has been established through numerical simulation.
在气藏精细描述基础上，应用数值模拟技术，建立气藏模拟模型。
According to the ideas of fuzzy model diagnosis, we established a standard model which is used to identify the lubricity of reservoir with fuzzy model of gas logging index.
依据模糊模式识别的思想，建立了气测指标模糊模式识别储层含油性的标准模式，采用模糊子集贴近度及子集归类的择近原则，对待识别储层的含油性进行了识别，应用效果良好。
Using mathematic way to set up gas logging well oil gas reservoir identifying model, to solve the problem of the real-time software in logging at the condition of few identifying basis.
用数学方法建立气测井油气储层识别模式，以解决录井中实时软件在判别依据少的条件下，及时识别油气显示假异常的难题。
Coal gas reservoir single well productivity formula was established by use of the model of reservoir permeability changes with reservoir deformation.
依据储层变形与渗透率变化关系数学模型，推导建立了考虑储层变形的煤岩气藏单井产能公式。
This kind of management model is worth to be learned by the petroleum development industry of our country, especially the management of developing acid gas reservoir.
这种管理模式，对我国油气开采工业，尤其是对酸性天然气藏开采管理很有借鉴作用。
Yield decline prediction model has become an important measure for the research of oil and gas prediction, which is widely applied to the research of oil and gas reservoir engineering.
产量递减预测模型已成为油气藏预测研究的重要手段，广泛应用于油气藏工程研究之中。
This model can be used for the design and the performance prediction of gas condensate reservoir development.
该模型可用于凝析油气藏一类油气田的开发设计和动态预测。
Those research productions were indispensable to building 3-D reservoir model of Yacheng 13-1 gas field by Geostatistics.
上述工作为崖城13-1气田的地质统计学三维储层建模打下了很好的基础。
Classical radial uniform com - pound interpreting model is not match with actual situation of gas reservoir that makes the results colliding to actual geology conditions.
经典的径向均质复合试井解释模型与气藏实际情况不相符，解释结果与实际地质情况出现抵触现象。
After a practice oil or gas reservoir is modeled and identified by a neural network, the results of parameter identification are obtained by the new neural network model.
通过神经网络对一实际的油气藏系统进行建模和辨识，从而由新的神经网络模型可以获得参数识别结果。
The article systematacially analyzes the conditions and characteristics of Taizhou formation's gas reservoir, discusses its type and model.
分析了朱家墩泰州组天然气的成藏条件和成藏特征、成藏类型和成藏模式。
The traditional model is not fit for some actual gas reservoir such as channel sand, which can be described as a box-shaped drainage volume.
传统模型对于实际气藏中如河流相沉积为主的储层则不适用，这类气藏更适合建立箱式封闭地层模型。
The genetic model of the Changdedong CO2 reservoir is "self-generation and self-accumulation", and the CO2 gas is mainly CO2 derived from the depth and adsorbed by volcanic rocks.
CO2脱出量与岩石碱质含量正相关。松辽盆地北部昌德东CO2气藏成藏模式为“自生自储”，成藏CO2气主要来自深部被火山岩吸附的气。
Establishment on gas reservoir geological model.
建立了气藏地质模型。
The role of iterative model building in ex- ploration for oil &gas was studied based on the tasks and aims at different stages of reservoir exploration and development.
结合油气藏勘探开发不同阶段的任务与目标．论述了迭代建模在油气藏勘探开发中的作用。
This paper probes the phenomenon by single well model simulation in fluvial depositional gas reservoir.
以河流相沉积低渗储层为例，通过单井模拟方法，探讨分析了造成上述现象的原因。
The productivity analysis method of tight gas reservoir is presented in this paper, then, we establish the optimal model of gas well productivity analysis and discuss the method to solve the model.
提出了致密气藏的产能分析方法，建立了气井产能分析的最优化模型，并讨论了该模型的求解方法。
By this method, core permeability in reservoir condition can be calculated conveniently, which provides a basis to establish percolation model of stress sensitivity oil and gas reservoir.
定义了渗透率的应力敏感系数，在应力敏感系数的基础上，建立了渗透率随有效应力的变化关系式，为建立应力敏感性油气藏渗流模型奠定了基础。
Finally well geochemical prospecting anomaly model is put forward for gas condensate reservoir with its genesis being discussed.
叙述凝析气层的现场井中化探方法与指标特点，进而提出凝析气层的井中化探异常模式，并探讨其成因。
In the light of the characteristics of Sichuan gas fields, a numerical simulation model of researching water invasion of individual well in fracture gas reservoir with bottom water is set up.
根据四川气田的特点，建立了一种裂缝性底水气藏单井水侵研究的数值模拟模型。
Because the gas reservoir behaves double media seepage features, current analytical model are not suitable for evaluating its enhancing effects resulted from sand fracturing.
因该气藏呈现双重介质渗流特征，现有的增产效果解析数模不适宜评价其压裂增产效果。
In the study of volcanic gas reservoir, different completion way production methods evaluation model, in order to avoid the complexity of the numerical simulation of semi-analytical approach.
在研究火山岩气藏不同完井方式产能评价模型时，为了避免数值模拟的复杂性而采用半解析的方法。
This article use the Green function and the source function to derive volcanic gas reservoir the open hole completion productivity methods evaluation model.
本文采用格林函数和源函数方法推导出火山岩气藏裸眼完井产能评价模型。
Then, has made the finite difference model, and developed the computer program of the model by VB to simulate gas reservoir with high H_2S content calculation example in SPE36707 paper.
将该模型离散为数值模型，利用VB语言编制了模型的计算机求解程序，模拟计算了SPE36707论文高含硫气藏算例。
Mechanism model of bottom water gas condensate reservoir with oil rim is established and effect of reservoir heterogeneity on the development is analyzed;
建立带油环的凝析气藏机理模型，对储层非均质性对开发效果的影响进行分析；
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