为精细储层描述打下了坚实的基础。
Thus it lays a strong foundation for reservoir fine description.
地震属性分析是储层描述的一项基本内容。
Seismic Attribute analysis is the basic content of oil reservoir description.
火山岩岩性的准确识别是火山岩储层描述与评价的基础。
Accurate identification of volcanic rocks in volcanic reservoir description and evaluation is an important basis.
因而成为岩性分析、储层描述及油田开发的一种有效方法。
So it is a very useful method for the lithology analysis, reservoir description and oilfield exploit.
叙述了用于储层描述的反射地震新方法和在大庆探区的应用情况。
The paper narrates new reflection seismic methods for reservoir characterization and their applications in the Daqing prospect.
薄层厚度定量解释对构造解释、储层描述和储层横向预测都非常重要。
Quantitative interpretation of the thin bed thickness is essential to thin bed structure interpretation, reservoir description, and lateral reservoir prediction.
本文就影响潜山勘探开发效果的构造成像和储层描述问题提出了几点看法，仅供大家参考。
According to the impact of structure image and reservoir description on buried-hill exploration several opinions are provided for reference.
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.
研究并应用特征参数进行定性化储层描述，进行储层综合评价，对低渗透气藏开发研究具有重要意义。
So it is very important that qualitative describe and synthesized estimate the reservoir for compact sandstone gas reservoir.
在裂缝检测、压力预测、油藏动态检测、油气预测、储层非均质性描述方面得到广泛应用。
It is widely used in the fissure detection, pressure prediction, dynamic reservoir monitor, oil-gas prediction, stratum's non-uniform depiction.
提出了评价储层非均质性的综合评价指标，对储层非均质性的变化幅度、变化速度以及变化的随机性进行定量描述。
The aggregate index that appears the variation magnitude and variation speed and the variation nature is proposed to describe quantitatively the variation nature and complexity of heterogeneity.
储层是油气勘探和开发的主要研究对象，储层评价是油藏描述的核心内容。
Reservoir is the main study object of oil and gas exploration and production, and that the valuation of reservoir is the most important content of reservoir description.
综合参考各类储层特有的沉积模式、水流能量分布规律和平面非均质特征，对流动单元平面、剖面及空间展布进行了描述。
General considerate the sediment model, the law of current distribution and the plane heterogeneous in all kinds of reservoir, describe the distribution of flow unit in plain, section and space.
在利用测井资料进行油藏描述、储层表征的过程中，首先必须对测并资料进行标准化，使测井曲线在研究工区内有统一的刻度。
Geophysical logging data must be first normalized to guarantee a unified scale in research area during the process of reservoir description and reservoir bed characterization.
为油藏今后进行开发动态调整和分析提供了技术储备，也为油田储层精细描述提供了依据。
This provides technical storage for reservoir development performance adjustment and analysis in the future, and also provides basis for reservoir precise description.
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.
该技术包括地震叠后处理，多元综合标定，断块精细构造描述，储层预测及断块综合评价等。
This technique consists of seismic post-stack processing, multivariate composite calibration, fine description of fault blocks, reservoir prediction and overall evaluation of fault blocks.
在油田勘探开发中，该方法对于油藏精细描述和增强测井资料识别薄储层的能力具有重要意义。
It is important that this technique strengthens the ability of the log data to identify the thin reservoirs and is for the fine reservoir description in the oilfield exploration and development.
为此，在该区开展了基于模型的高分辨率薄互层反演技术进行砂体描述和储层预测的研究。
Therefore, the application of high-resolution thin-interbed inversion based on the model in sand body description and reservoir prediction has been studied.
利用有限元方法，建立了一个描述可变形饱和储层中流体流动的数值模型。
A numerical model, based on the finite element method, is established to describe a fluid flow in a deforming saturated oil reservoir.
储层岩石的孔隙空间具有良好的分形特征，孔隙结构的分形维数可以定量描述孔隙结构的复杂程度和非均质性。
There is fractal property in reservoir rocks, the fractal dimension can describe quantitatively the complexity and the heterogeneity of pore structure.
利用开发地震技术系列，与岩石物理相结合，实现对储集层的定量描述及对储集层内流体的识别。
The other is to make quantitive description of reservoir and recognition of reservoir fluids by using the series of seismic and its combination with petrophysics.
地震储层预测是油藏描述的主要工具之一，已成为储层地球物理学的核心内容。
Seismic reservoir prediction is one of the main tools in reservoir description, and has become a core in reservoir geophysics.
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.
孔隙度是描述储层品质的一个重要参数，对生产开发和储量估计具有重要的意义。
Porosity is one of the important parameters for describing reservoir quality and is of great significance to production, development and reserves estimation.
现代油藏描述、数值模拟技术对研究低渗透储层发育特征和剩余油分布规律，具有十分重要的作用。
Modern reservoir description, numerical simulation has very important role in researching the lower permeability formation growth characteristics and remained oil distributing disciplinarian.
潜山储层声波测井能够指示裂缝，但基本不能描述裂缝尺度。
Sonic log of buried-hill reservoirs is able to indicate the existence of fractures, but it is generally incapable of describing the fracture scale.
油藏地质建模是油藏描述结果的表现，是对油藏各种储层参数进行三维空间的定量描述。
Reservoir geological modeling shows the result of reservoir description which quantitatively describe all kinds of reservoir parameters in 3d space.
从储层地质建模、圈闭识别描述、油藏综合评价等方面阐述了隐蔽油气藏的主要勘探技术。
Its main exploration methods are explicated from the viewpoint of reservoir geological modeling, description of recognizing traps and comprehensive evaluation of reservoir and so on.
从储层地质建模、圈闭识别描述、油藏综合评价等方面阐述了隐蔽油气藏的主要勘探技术。
Its main exploration methods are explicated from the viewpoint of reservoir geological modeling, description of recognizing traps and comprehensive evaluation of reservoir and so on.
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