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。
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。
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。
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。
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。
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。
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；
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。
The traditional 2D GIS is incapable of describing the complicated geologic object in geology research. Constructing the 3D mine model is a solution.
传统的2维GIS无法满足地质研究中对复杂地质体的有效描述，构建3D实体的模型是目前国内外研究的一个热点。
On the basis of grasping the effect factors and laws of similar material, we carry out a plane model experiment of typical geologic strata and tunnel scale of Beijing.
在掌握了相似材料性质影响因素及其规律的基础上，本文针对北京典型地质和典型隧道断面进行平面模型试验。
On the basis of grasping the effect factors and laws of similar material, we carry out a plane model experiment of typical geologic strata and tunnel scale of Beijing.
在掌握了相似材料性质影响因素及其规律的基础上，本文针对北京典型地质和典型隧道断面进行平面模型试验。
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