油藏综合评价是油藏描述的目的之所在。
经钻井证实，该区的油藏描述是成功的。
优化试井设计，确保做出准确的油藏描述；
Optimizes test design to ensure successful reservoir characterization;
率是油藏描述和油藏工程中一关键性的参数。
Permeability is an important parameter for a oil reservoir characterization and engineering.
薄层砂体横向预测是油藏描述的关键性技术环节。
Thin layer sandstone prediction is a major problem in reservoir lateral description.
物性参数的分布一直是油藏描述的关键问题和难点。
Distribution of reservoir physical parameter is always the bottleneck problem and difficulty of 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。
Aim To discuss the technology of building reservoir geological model and it's meaning role in reservoir description.
相应的软件模块已用于辽河油田锦90块的油藏描述。
The program of this algorithm model has been used for reservoir description of Jin 90 block in Liaohe Oilfield.
沉积相和沉积微相研究是油藏描述技术中的基础工作。
It is a fundamental work to study sedimentary factes or micro factes in reservoir description.
测井相分析是现代油藏描述技术的一个重要研究内容。
Log facies analysis is a significant aspect of modern reservoir description.
储层物性参数的展布一直是油藏描述的关键问题和难点。
Distribution of the reservoir physical parameter always is the bottleneck problem and difficulty of reservoir description.
裂缝性储集层识别与预测是这类油藏描述的核心和关键。
The core and key in describing the fractured reservoir is to identify reservoir and predict their distribution.
阐述了桥口油田油藏描述运用的主要技术方法及研究思路。
Main technique methods and study train of thought applied on oil reservoir description in Qiaokou oilfield are set forth.
本文对胜利油区裂缝性油藏描述技术的攻关研究进行了综述。
This paper introduces fractured reservoir description technique in Shengli oil province, which has improved...
油藏描述是对油藏单元的岩石和流体空间分布的微观和宏观的解释。
Reservoir description is the interpretation of the microscopic and macroscopic spatial distributions of rock and fluid properties for a single reservoir unit.
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 order to enhance oil recovery of the reservoir, fine reservoir description has to be made by building up new reservoir geologic model.
对具有中国陆相油藏特色的油藏描述技术的一些基本特点进行了总结。
This paper summarizes basic characteristics of reservoir description which shows Chinese terrestrial features.
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.
复杂断块油藏描述要解决的关键问题是断层识别、平面组合及断块的划分。
During the description of complicated fault-block oil reservoirs, the key tasks include the recognition and horizontal assemblage of faults and the classification of blocks.
示踪解释结果与生产动态吻合较好，为地质上的油藏描述提供了详尽的依据；
The results of tracer test explanation are almost in conformity with the production development.
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.
油藏描述要确定石油的地下储量，预测能开采出来的油量以及规划开发的措施。
The description is required to establish the amount of petroleum in place, predict the amount that can be produced and plan development operations.
流动单元的研究，对于提高油藏描述的精度、确定剩余油的分布等具有重要意义。
Study flow units, the significance is increase accuracy of reservoir description and delimit distribution of residual oil, etc.
开展三维油藏描述，加深对油层的认识，使钻井成功率由60％提高到82．5％；
The 3D reservoir description is developed, it deepened the reservoir understanding, the drilling success ratio 60% increases to 82.5%.
测井与地震联合反演主要用于开发阶段，其结果能分辨薄层目标，适合于精细油藏描述。
And at the development stage, well log-seismic joint inversion is necessary for detailed reservoir description and identification of thinner layers of interest.
提高油藏描述的精度、确定剩余油的分布、改善开发效果的关键是认识油藏的非均质性。
The key to increasing accuracy of reservoir description, delimiting distribution of residual oil and enhancing reservoir development is to know the reservoir heterogeneity.
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.
以塔中16 16 1井区为例，探讨了随机模拟技术在油田勘探阶段油藏描述中的应用。
Stochastic simulation and its application to reservoir characterization in the exploration stage are discussed taking 16th district of Tazhong oilfield as an example.
在精细油藏描述的基础上，利用油藏数值模拟技术研究剩余油分布规律是较为直观的好方法。
Reservoir numerical simulation is a fairly direct and effective way to study remaining oil distribution regularity on the basis of fine reservoir description.
在精细油藏描述的基础上，利用油藏数值模拟技术研究剩余油分布规律是较为直观的好方法。
Reservoir numerical simulation is a fairly direct and effective way to study remaining oil distribution regularity on the basis of fine reservoir description.
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