Reservoir Geologic Model is the core of Geologic Model.
储层地质模型是油气藏地质模型的核心。
The model results show, the established geologic model in the work area enjoys high credibility and truth.
模型验证结果表明，所建立的工区储层地质模型可信程度高，真实性强。
The geologic significance at a time can be explained by time-scale slice up according to 3D geologic model.
对三维地质模型进行时间轴切片，就对某一时刻的地质意义做出解释。
Constrained by these conditions, a 3d geologic model is established to study the flow unit of beneficial zones.
在上述条件的约束下，建立了储层三维地质建模并对于有利层位进行了流动单元研究。
A general geologic model is made by carefully analyzing the inberent essence of depositional environment and facies models.
建立起陆相碎屑岩储层基本地质模式，这种模式由水道相和非水道相两种基本相单元构成。
The time section made by mathematically simulating a geologic model offered from drilling data conforms better with factual data.
根据钻井资料提供的地质模型，用数学方法进行模拟，所得的时间剖面和实际资料有较好的吻合。
Results By using of this technology of reservoir geologic modeling, the reservoir geologic model was built that exact adapt to this area.
结果运用以上储层地质建模技术，建立了适合于该区的准确储层地质模型。
In order to enhance oil recovery of the reservoir, fine reservoir description has to be made by building up new reservoir geologic model.
为了提高油藏的采收率，必须开展精细油藏描述，建立油藏地质模型。
In the stability analysis of rocky slope, the rock mass is generally abstracted into geologic model, mechanical medel or geometric medel.
岩石边坡稳定性分析，通常将边坡岩体的模型抽象为地质模型，力学模型及几何模型三种。
To study further collector geologic model, some collector parameter quantitative prediction methods at present are discussed in this paper.
为开展精细的储层地质模型研究，本文探讨了目前应用较为广泛的几种储层参数定量预测方法。
According to seismic coherent body, this paper predicts distribution of fractures, USES equivalent medium theory, and establishes geologic model.
根据地震相干体，预测出裂缝的分布，引入等效介质理论，建立了地质模型。
The results of fracture prediction would be affected by geologic model, geometric framework model, rock mechanics properties and regional stress background.
裂缝预测结果受地质模型、几何框架模型、岩石的力学性质和区域背景应力的影响。
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。
A detailed geologic model with compartmentalization and layering schemes was established which was most likely to control fluid movements within the reservoir.
为了尽可能控制油藏内的流体运动，建立了一个详细的地质区域化和分层方案模型。
According to geologic model of unsteady groundwater flow in heterogeneous medium and adopting the finite difference solution, the direction and strength of oil gas migration can be quantified.
根据非均匀各向异性地层的非稳定的地下水流动模型，采用有限差分法求解，可以定量判断油气运移的方向及强度。
Now, this apparent contradiction between geologic evidence and the stellar evolution model became known as the faint young Sun paradox.
现在，地质证据和恒星演化模型之间这种明显的矛盾被称为“微弱年轻太阳悖论”。
Tests of complex resistivity exploration on appropriate artificial model and known geologic structure have been made. The results have verified the feasibility and effectiveness of this method.
选择合适的人工模型和已知的地质构造，进行了复电阻率探测实验，验证该方法的可行性和有效性。
On the basis of analyzing the geometry characteristic of geologic section, the data model of section is built.
在分析地质剖面图的几何特征的基础上，建立了地质剖面图的数据模型。
According to solution of optimal model, geologic reserves and water influx value can be obtained directly, and water range and water invasion coefficient can also be determined.
通过优化模型求解直接获得地质储量及水侵量的大小，同时还可以确定水域大小和水侵系数。
So, according to the geologic characteristics of Baimiao condensate reservoir with deep burial and low permeability, a new development model with complex well configuration is proposed.
因此，根据白庙深层低渗透凝析气藏的地质特点，文章提出了以复杂结构井为主导的新型开发模式。
The technique to demonstrate seismic acquisition parameters based on the geologic and geophysical model is an important method to ensure seismic acquisition designs scientific and practicality.
基于地质地球物理模型论证地震采集参数技术，是保证地震采集设计科学化、实用化的重要手段。
The key of seismic data processing mainly lies in static corrections and imaging and both of them are relative to velocity model in complex near-surface and underground geologic structural conditions.
在复杂地表条件和复杂地质构造条件下，地震资料处理的关键主要表现为静校正和成像，而这两者均与速度模型有关。
The geologic image model of the mineral deposit is annular fault block controlled by northeast and northwest structures.
其矿床遥感地质影像模式为：受控于北东向和北西向断裂构造交切所夹的环形断块。
Based on simulation theory, a geologic mechanics model is established and used for research on deformation and damage mechanism of anti-dip layered rock slop.
根据相似理论建立地质力学模型，研究反倾层状边坡岩体的变形破坏机制。
A construction method of complex geologic face model is put forward by using CAD and computer drawing method.
本文运用CAD技术与计算机图形学方法，提出了一种复杂地质界面模型的建模方法。
Engineering cases have indicated that the present creep analytic model perfectly reflects the effects of geologic defects on dam characters.
工程实例表明，所建立的地质缺陷的蠕变分析模型能较好地反映地质缺陷对大坝结构性态的影响。
Real computing case using blocky structure for model-building in rather complicated geologic structure and conducting ray-tracing by iteration is given in the paper.
文中给出了在十分复杂的地质结构中应用块状结构方法建模并用迭代追踪法进行射线追踪的计算实例。
Based on aquifer characteristics, boundary condition and groundwater flow regime, the hydro geologic concept model and the three-dimensional groundwater flow simulation mathematical model was built.
并对含水介质结构、边界条件及地下水流态进行了研究，建立了水文地质概念模型，构建了三维地下水流数学模型。
We used separately structure forward and well constraint forward to model the seismic response to different com-plex geologic bodies in Jiyang depression.
针对济阳坳陷各种类型的复杂地质体，分别采用构造正演和井约束正演的方法模拟其地震响应。
The continuous cooling curve obtained with the MDD model can use to quantitatively describe the cooling or uplifting process of a geologic body.
利用MDD模式得到的连续冷却曲线，可以定量地描述地质体的冷却（隆升）过程；
应用推荐