常规的储层建模方法利用测井资料来进行建模。
The normal reservoir modeling method use well log data to model.
地震反演和储层建模是储层横向预测的两种方法。
Seismic inversion and reservoir modeling are two methods to characterize reservoir distribution.
地震约束储层建模已经成为储层地质建模的一种趋势。
Reservoir modeling constrained by seismic data has been become a trend in reservoir modeling.
地震约束储层建模的方法有多种，每种方法都有其各自的特点。
Reservoir modeling constrained by seismic data has many methods and each method has its own character.
其次，重点研究实现了地震约束储层建模中的地质统计学反演算法。
Secondly, this paper specially focuses on the geostatistical inversion algorithm in reservoir modeling constrained by seismic data.
将各种资料综合在同一个储层定量化数值模型之中，是目前储层建模的趋势。
To integrate multiple disciplines data in a numerical reservoir model is a tendency of reservoir modeling at present day.
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。
Those research productions were indispensable to building 3-D reservoir model of Yacheng 13-1 gas field by Geostatistics.
最后应用储层建模技术，依据射孔层段处于油层中的位置，优选设计射孔相位角。
Finally, reservoir modeling technique is applied to optimize the design of perforation phase Angle according to the position of the perforation interval in the oil layer.
储层建模技术的应用加强了油田开发后期各环节之间的联系，具有广泛的应用前景。
The application of reservoir modeling strengthens the ties of all segments in the later stage of oil-field development.
地震约束储层建模方法是一种将测井资料和地震资料结合起来进行储层建模的方法。
Reservoir modeling constrained by seismic data is a method that combines well log data with seismic data.
重点阐述了地震约束储层建模产生的背景，以及目前常用的地震约束储层建模的方法。
The paper clarifies the background and the method of reservoir modeling constrained by seismic data.
储层建模横向预测中，应用协克里金算法联合地震反演与原始测井两种数据，综合建立地质模型。
In the prediction of lateral reservoir variations, co-Krige method is used to combine seismic inversion results and original log data to form an integrated geological model.
结合储层建模结点数据的特点，提出了一种对多边形区域内建模结点数据进行快速三角剖分的算法。
A fast algorithm is put forward that is used to triangulate stochastic reservoir modeling data in a polygonal domain.
油藏综合地球物理技术在油田滚动勘探与开发的储层描述、精细地质建模中发挥着越来越重要的作用。
The integrated geophysics technique in reservoir is more and more important in the reservoir description of rolling exploration and development and in detailed geological modeling.
应用该种方法将露头知识库用于油田地质建模有助于提高井间储层预测的精度和准确性。
It is proved that the application of outcrop database to oil reservoir modeling is successful. This method can improve the prediction accuracy of inter-well reservoir.
并结合建模软件建立储层沉积微相模型，实现了测井解释成果的定量化应用。
It establishes reservoir microfacies using modeling software to realize quantitative application of well logging interpretation.
该研究成果为储层地质建模和区块开发调整提供了地质依据。
The result of this study has provided geological basis for reservoir modeling and development adjustment.
其本身就是一个空间知识发现和挖掘的过程，实质可归结为基于GIS的油气储层评价建模问题。
It is a process of spatial knowledge discovery and data mining. It sums up a modeling problem of the GIS-based reservoir evaluation.
本文从地质统计学基本原理入手，对储层地质建模中常用的关键技术做了详细的分析。
Based on the basic principles of geostatistics, this paper has the detail studies on the key technology of reservoir modeling.
微相砂体的地质知识是储层随机建模的基础。
Geological knowledge about microfacies sand bodies gives the foundation for stochastic reservoir modeling.
因此，对储层地质建模技术进行研究，具有极其重要的现实意义。
Therefore, research of reservoir modeling technology, has extremely important practical significance.
储层模拟结果表明，RMS地质建模软件模拟结果具有方便、快捷、可信度高的特点。
The result shows that simulation result of RMS geologic modeling software has the characteristics of easy, prompt and reliable in application.
储层随机地质建模技术做为油藏三维定量表征的一项新技术，可以定量刻画三维空间油藏地质特征。
The technology of reservoir stochastic geological modeling, which is a new technology describing reservoir three-dimensional feature, can describe three-dimensional space reservoir geological feature.
它实现了油气储层的精细描述和建模，为改善油藏管理，提高油气采收率和油气产量做出了重要贡献。
It makes the detailed description and modeling of reservoir hydrocarbons come true and it plays an important role in improving reservoir management and petroleum recovery efficiency and output.
提出了将多种随机建模方法综合预测储层微相的新方法。
A new comprehensive method for predicting reservoir microfacies by integrating multiple stochastic modeling methods was presented.
目的探讨储层地质建模技术及其在油藏描述中的作用。
Aim To discuss the technology of building reservoir geological model and it's meaning role in reservoir description.
在建立高精度的测井解释模型的基础上，采用储层地质建模技术，模拟了井间储层非均质参数的变化。
Based on building high definition log interpretation model, in this paper, the reservoir geological modeling techniques is used to stimulate reservoir parameter characteristics between Wells.
因此，对储层地质建模技术进行研究，具有极其重要的现实意义。
Therefore, it is of extremely vital practical significance to research the reservoir geology modeling technology.
顺序指示建模技术能够真实的再现相序变化特征，反映储层沉积微相的分布。
The technique of sequential indication modeling would be used to represent the characteristics of facies sequence changes, reflect the distribution of sedimentary microfacies of reservoirs.
顺序指示建模技术能够真实的再现相序变化特征，反映储层沉积微相的分布。
The technique of sequential indication modeling would be used to represent the characteristics of facies sequence changes, reflect the distribution of sedimentary microfacies of reservoirs.
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