Establishment on gas reservoir geological model.
建立了气藏地质模型。
It is very important on the numerical simulation to establish the geological model.
地质模型的建立在数值模拟中至关重要。
CoKriging combined with soft data can improve the accuracy of building geological model.
协同克里金法结合软数据可以提高地质体建模中估值的准确性。
Extrapolation of the properties beyond the measurement volume requires a geological model.
外推测量体积范围外的属性需要地质模型。
This paper presents a new scale-up technique for the grid data volume of a 3D geological model.
本文介绍一种合并三维地质模型网格数据体的新方法。
The paper gives an example of 8 common shot seismic gathers for a complex geological model by using o.
文中给出了用单程波动方程法对一个复杂地质模型形成8个共炮点地震记录的例子。
Therefore, high precision porosity prediction is the key to constructing geological model of reservoirs.
因此，高精度的孔隙度预测是建立储层地质模型的关键。
Echinoderms are now considered as a biological and geological model that underlies researches of primary importance.
棘皮动物现在被认为是生物和地质模型，头等重要的基础研究。
Aim To discuss the technology of building reservoir geological model and it's meaning role in reservoir description.
目的探讨储层地质建模技术及其在油藏描述中的作用。
The method on the basis of the practical geological model can seize overall features, so its evaluation result is reliable.
它以实际典型地质模型为评价基础，能从总体上把握岩体的主要特征，因而得出的评价结果是可靠的。
The three-dimension geological model figure that is imitated can show under rotating and cutting according to user's needs.
能根据用户需求对模拟出的三维地质模型图进行旋转和剖切显示。
The procedure gives an example to build complicated engineering geological model with the advantages of different programs.
该方法是运用不同程序优点解决复杂工程地质问题的典型范例。
Based on rebuilding 3dimension heterogeneous geological model, the distribution rule of the remaining oil is studied deeply.
在重建三维非均质地质模型的基础上，深入研究了剩余油分布规律。
Conclusion The method of parameter predict can provide a high quality oil pool geological model for reservoir fine evaluation.
结论基于神经网络模型的井间参数预测方法，可以为储层精细评价提供高质量的油藏地质模型。
The study for interactive operation of three-dimensional Geological Model is one of the most important research fields in 3D GIS.
三维空间中地质界面的直接交互式操作是三维地理信息系统研究的一个热点问题。
In different stages of exploration, for different purpose, it is necessary to establish the specific geological model for landslides.
随着勘探阶段的不同，针对不同的应用目的，可以建立滑坡具体地质模型体系。
The study of reservoir parameter is the foundation of appraising reservoir comprehensively and establishing reservoir geological model.
储层参数研究是储层综合评价和建立油藏地质模型的基础。
Because the 3d geological model is a digital presentation of reservoirs, it also occupies an important position in digitizing a reservoir.
由于三维地质模型是地质体的一种数字化表述，因此，它还在数字化油藏方面起到了重要作用。
The fractal property of reservoir is helpful to combine the geological model and mathematical model which is important to exploit oil field.
储层具有分形性质，有助于定量地将地质模型与数学模型有机结合起来，对油田开发具有重大意义。
Based on the distribution and movement of ground fissures and the condition of No. 2 metro tunnel in Xi 'an, a geological model is established.
根据西安地裂缝的分布特征与活动方式，结合西安地铁二号线的实际情况，建立地质模型。
With the developed geological model, 3d visualized analysis of some relevant geological information about underground cavern groups was realized.
基于所建立的地质模型，可实现与地下洞室群相关的多项地质信息的三维可视化分析。
After the above research work, the research studied on the 3d geological model of the reservoir, and used the geostatistics kriging interpolation.
在前面的各项研究的基础上开展了储层三维地质模型研究，采用地质统计学克里金方法进行井间插值。
Based on spectrum analysis, the modeling of geological model and log model is an effective approach to evaluate the quality of existed seismic data.
频谱分析基础上的模型正演是评价地震资料品质特别是分辨率的重要方法。
At the same time, the validity of this geological model had been approved by the new wells penetrated Cambrian Xixiangchi Group of Weiyuan Structure.
同时，威远寒武系洗象池群后期的震旦系穿层井也证实该地质模型的正确性。
The geological model of the reservoirs could be described as a combination of tubular caves system of Dongwu stage and Himalaya tectonic fracture network.
缝洞系统是在东吴期古溶洞系统基础上，经埋藏后充填和溶解，最后由喜山期构造裂缝改造而成。
Data expression method of 3d geological model in computer is data model of 3d geological model. It has characters of certainty, visualization and modifiability.
三维地质模型在计算机中的数据表达就是三维地质模型的数据模型，它具有确定性、可视性和可修改性的特点。
Reliability of the geological model was evaluated by history matching precision of oil reservoir numerical simulation. Static model was validated by dynamic model.
通过油藏数值模拟的历史拟合精度来评价地质模型的可靠性，由动态模型验证静态模型。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
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