油气水三相流动滑脱模型及其应用。
Slip Model of Oil, Gas and Water Three Phase Flow and its Application.
液化石油气水，酸，蒸汽，油品等。
重力式油气水三相分离器是油田集输系统中的关键设备。
The gravity type oil-gas-water separator is the key equipment in the oilfield gathering and transportation system.
辽河断陷天然气地质特征有四：含气层系多，油气水组合复杂；
There are four geological characters of natural gas in Liaohe fault depression, namely:there are many gas bearing formations, the combination of oil, gas and water is complex;
在井底产层的条件下，油气水的物性参数随温度和压力的变化而变化。
When pay zone is at the bottom of a well, the physical properties of oil, gas and water vary with temperature and pressure.
准噶尔盆地中部1区成藏条件较好、储层较发育、油气水过渡界面复杂。
Block 1 in the middle of Junggar basin show good formation conditions, developmental reservoir and complex oil-gas-water transition interface.
如何可靠地确定油气水物性参数，这一直是生产测井解释中的一个关键问题。
How to correctly determine the physical parameters of oil, gas and water has been a key problem in production logging interpretation.
为提高水泥浆胶结质量，防止固井后油气水窜，提出了脉冲振动固井新技术。
A new technique of Top Cementing Pulsation(TCP)is developed to improve the bonding quality and prevent annular gas migration in the cementing operation.
对现场获取的油气水试样，用GF731型高压物性仪，测得原油饱和压力值。
Oil bubble point pressure of oil gas water samples were measured with GF731 high pressure physical property apparatus.
三塘湖盆地石炭系、二叠系火山岩岩性复杂，油质类型丰富，造成油气水评价困难。
Complicated lithology and abundant oil types of Carboniferous and Permian volcanic rocks cause the evaluation of oil and gas and water difficult in Santanghu basin.
因此，开展底水凝析气藏油气水三相渗流机理等相关方面的研究，具有重要的应用意义。
Therefore, it has important application significance to develop the correlated research on gas-oil-water three-phase filtering flow mechanism of condensate gas reservoir with bottom water.
因此，谱图与图版相结合进步了油气水识别精度，定量评价上风明显可取代定性系列录井。
Therefore, the chart combines the plate to enhance the identification accuracy of oil, gas and water, the advantages of quantitative evaluation obviously replace the qualitative series of logging.
根据油气水三相混输管路的特点，采用流型模型的研究方法解决油气水三相混输工艺计算问题。
According to the characteristics of the oil-gas-water mixed transportation, flow model method is used to solve technological calculation problems of the oil-gas-water mixed transportation.
这些油田具有多层系含油、多种圈闭类型、油气富集程度不均，油气水纵向、横向关系复杂的特点。
These oil fields contain many oil quoit and there are on enough oil and gas and there are complicated characteristic.
在油气水三相水平管流的试验研究中，为便于流量计的在线标定，设计了一种更精确的流量自动调节系统。
In the test and research of oil gas water horizontal pipeline flow, for the convenience of online scaling of flowmeters, a more precise flow autocontrol system is designed.
多相混输技术是当今油气输送技术的发展趋势，而螺旋轴流式多相泵应用于油气水多相混输具有良好的性能。
Because of superior performance of helical axial-flow multiphase pump, multiphase boost technology has taken the developing position for liquid-gas boosting technology recently.
判断油气藏保存条件的优劣，除了盖层和断层封闭性之外，还有油气水的化学特征，如地层水的交替或油气散失。
Conditions of hydrocarbon accumulation and preservation in reservoirs behave in chemistry of formation water besides sealing of caps and faults.
针对原油预处理系统中的一个最基本的单元——油气水三相分离器，建立了由过程机理出发的动态数学模型；对所研制的原油预处理模拟机的组成和功能作了介绍。
In this paper, a mechanism model of an oil-gas-water three phase separator, which is a basic unit of crude pre-handling process, is developed.
煤气管道破裂、液化石油气泄漏、自来水爆裂、路面桥梁塌陷等引起的灾害事故；
The break-up of the gas piping, the letting out of liquefied petroleum gas, the bursting of the running water pipe, calamity accident caused in subside of road surface and bridge,etc.
随着石油的进一步聚积及油气的转化，使砂岩中的自由水逐渐被驱除，因此这种异常压力气田是不存在气水界面的。
The saturation of these compartments with liquid hydrocarbons and the subsequent oil-to-gas reaction causes the expulsion of free water, resulting in a gas accumulation without gas-water interface.
为了更有效地指导凝析气藏的开发，必须建立考虑气态凝析水的凝析油气体系PVT相态测试和计算方法。
So to instruct the condensate gas reservoir exploitation more efficiently, we must set up the condensate - gas system PVT phase test and compute the method of the considering gaseous condensate-water.
因主要排油期发生较晚，致使油气近距离运移为主，禹城洼陷和梁水镇洼陷两个主要油源区控制着凹陷中最有远景区的分布。
Yucheng sag and Liangshuizhen sag are the two main oil source areas and control the distribution of the most prospective areas in the depression.
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。
Formation water is a major component of basin fluid, and its revolution reflects the rules of hydrocarbon migration and accumulation in the basin.
设计了一套适合异常高温、高压富含气态凝析水的凝析油气相态测试方法，并依该方法开展了一系列的先导实验。
A phase behavior test scheme is designed for condensate gas-oil mixtures with rich gaseous condensate water in abnormally high temperature and pressure.
无论地层水矿化度高或低，粘土附加导电均可能造成油气层低阻。
No matter what the salinity of stratum-water is high or low, the additional conductivity influence of clay may make pay have low resistance.
现阶段运用最多的是利用油气与水的导电性质和介电特性的差异识别井内流体的方法，例如电导法，电容法等。
The present stage common method is utilize electric conduction nature and dielectric characteristic difference to recognize fluids, for example conductance method, electric capacity law and so on.
指导油气田开发的常规油气体系相态研究忽略了地层水的影响。
The common oil-gas mixtures phase behavior study ignores the influence of formation water.
准噶尔盆地白垩系油气藏具有孔隙度、渗透率高，地层水矿化度、压力系数和电阻率低等低电阻率油气藏的基本特征。
The Cretaceous low resistivity reservoir in Junggar basin is characterized by high porosity, high permeability, low salinity of formation water, low formation pressure and low resistivity.
准噶尔盆地白垩系油气藏具有孔隙度、渗透率高，地层水矿化度、压力系数和电阻率低等低电阻率油气藏的基本特征。
The Cretaceous low resistivity reservoir in Junggar basin is characterized by high porosity, high permeability, low salinity of formation water, low formation pressure and low resistivity.
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