The fluid migration is low non-Darcy flow, but not follows the Darcy law in low permeable reservoirs.
在低渗透油气藏中，油气藏流体的流动一般不遵循达西定律，而是低速非达西流。
Periodical episodic activities of faults lead to the periodical episodic movement of fluid migration along fault zones.
断层的周期性幕式活动导致沿断层带流体运移具有周期性幕式运动的特点。
The influence of stresses on permeability coefficient of strata is selected as the basis for the study on fluid migration.
本文选择地层渗透系数受应力影响而变化作为研究流体运移的基础。
Fault carrier systems are important medium for fluid migration from deep to shallow. Also they are important factors to compose of the structural traps.
断裂输导体是油气由深到浅运移的重要介质，同时也是构造圈闭形成的重要条件。
In this paper are described first the differential equation and finite element formula for fluid migration under the action of crust stress in a porous rock.
首先叙述了地应力作用下空隙弹性介质中流体运移的基本方程及由基本方程推导的有限元公式。
The devices of the invention increase ease of sample volume control and, hence, application thereof while minimizing any sample spillage or fluid migration up the side of the dispensing tip.
本发明的装置使使用者更加容易地控制试样体积并因而更加容易地控制试样的施加，并且同时可最小化任何的试样溢出或流体在分配尖端侧部上的迁移。
The analyses of fluid migration history, basin simulation and the other modern exploration techniques played an important role in the description and evaluation of a multi-source petroleum system.
流体历史分析与盆地模拟等现代勘探技术的配套使用在复合含油气系统描述与评价中发挥着重要作用。
Fluid flow simulation analysis technology is introduced to study the direction of hydrocarbon migration.
在此基础上，引入流体流动模拟分析技术，研究了油气运移方向。
Fluid potential was a main control for petroleum migration.
流体势场是控制油气二次运移的主要因素。
A model summarizing the relationships of salt tectonics, fluid flow, and hydrocarbon migration and accumulation is proposed based on it.
在此基础上文中概括了盐构造、流体流动及油气运移和聚集相互关系的模式。
Geological function of fluid occurred at the various stages of generation, migration, accumulation and later evolution of hydrocarbon in the petroleum system.
含油气系统中的流体地质作用贯穿于烃类生成、运移、聚集及后期演化的各个阶段。
The migration nature of fluid and post-reformation of petroliferous basins resulted in multi-period of migration, accumulation, pool-forming and destruction of oil and gas in geological history.
流体本身的运移性与含油气盆地后期的改造作用，导致了油气流体在地质历史上可具有多期运移、聚集、成藏和破坏的过程。
Oil and gas is fluid ore with major feature of migration.
石油和天然气是流体矿产，其最大特征具有运移性。
Formation water is a major component of basin fluid, and its revolution reflects the rules of hydrocarbon migration and accumulation in the basin.
地层水作为盆地流体的一个重要组成部分，其演化反映了盆地内油气运移、聚集的规律。
The traps were formed by the upward arch of diapiric fluid, and episodic diapir activity determined hydrocarbon episodic migration.
主要圈闭由底辟流体上拱形成，底辟活动的幕式发育决定了油气幕式运移。
The physical chemical conditions of oil gas migration in the Kuqa foreland basin were studied with fluid geology method in this paper.
本文运用流体地质学方法研究了库车前陆盆地油气运移的物理化学条件。
The underground dynamic fluid field, i. e. underground fluid potential, is an essential factor to control migration and accumulation of hydrocarbons.
控制烃类运移和聚集的根本因素是地下流体动力场，也就是地下流体势。
The underground dynamic fluid field, i. e. fluid potential, is a fundamental factor to control migration and accumulation of hydrocarbon.
控制烃类运移和聚集的根本因素是地下流体动力场，即地下流体势。
The paper discusses the migration condition of POre particle under hydrodynamism emphatically, and analyzes the influences of different types driving fluid to migration according to experiments.
本文着重讨论了水动力作用下孔隙微粒运移条件，结合室内实验分析了不同类型的驱动流体对运移产生的影响。
An improved fluid potential analysis method is brought forward in order to determine the migration direction and to improve the accuracy of accumulation area.
为了提高确定油气运移方向及汇聚区的精度，提出了改进的流体势能场分析方法。
The driving force of primary migration is mainly abnormal high pressure and that of secondary migration is buoyance and fluid potential difference.
初次运移的动力主要是异常高压，二次运移的动力主要是浮力和流体势差。
Based on the petroleum-bearing fluid activities in unconformity zones, we suggested that vertical structure of unconformity is the most key factor controlling the petroleum migration.
通过对不整合上下地层中含油气流体活动特点的分析，提出了不整合的垂向结构是控制油气沿不整合运移的主导要素。
The study of boiling inclusion is helpful for understanding the geologic conditions of formation of deposit and the mode of migration of fluid, and also provides information for exploration.
研究沸腾包裹体有助于研究矿床形成的地质条件和矿液运移方式，可提供找矿信息。
The gradient of the tectonic additional hydrostatic pressure is the main cause of the long-distance migration of the fluid, oil and gas.
构造附加静水压力梯度是流体及油气长距离水平运移的主要原因。
Thus reducing acid concentration or the fluid volume will be benefit for rock structure protection, preventing formation collapse and particle migration in near - wellbore region after acidizing.
降低酸液浓度和用量有利于保护岩石骨架，避免近井眼岩石酸化后造成孔隙坍塌和加速微粒运移。
At last, the application of fluid inclusions in the analysis of the origin, migration, exploration and evaluation of oil and gas is further discussed.
最后讨论了流体包裹体在油气生成、运移及勘探、评价方面的应用。
Fines migration may result from an unconsolidated or inherently unstable formation, or from use of an incompatible treatment fluid that liberates fine particles.
细粒运移可由非胶结的或固有不稳定的地层所引起，或者由使用可释放细小颗粒的不配伍处理液所造成。
The hydrodynamic conditions, migration direction of oils and gases, closure condition of the fault are analyzed using the physicochemical parameters of the fluid of the reservoir.
利用油层流体的物化参数对油藏所处的水动力环境、油气运移方向及断层的封闭性进行了分析判断。
The hydrodynamic conditions, migration direction of oils and gases, closure condition of the fault are analyzed using the physicochemical parameters of the fluid of the reservoir.
利用油层流体的物化参数对油藏所处的水动力环境、油气运移方向及断层的封闭性进行了分析判断。
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