A test used in a reservoir fluid study.
在储层流体研究中所采用的试验。
The new tester has improved the quality of reservoir fluid samples.
它的主要特点是提高了储层流体采样质量。
Reservoir fluid properties is closely related to the oil distribution in the reservoir.
储集层产液特征与原油在储集层中的分布密切相关。
The reservoir fluid takes up intermediate molecular weight components from the injection gas.
油藏流体从注入气中吸收中等分子量组分。
Oil saturation is one of important parameters for the evaluation of the reservoir fluid property.
含油饱和度是评价储集层流体性质的重要参数之一。
However, the reservoir fluid type in high-evolution area can't be exactly identified with this method.
但这一方法在高演化地区的气层识别上遭遇到一些问题。
Waterflood can cause variation not only in reservoir fluid saturation, but also in reservoir temperature and pressure.
注水不仅会引起储层流体饱和度的变化，而且会导致储层温度和压力的变化。
The problem of flowing units of reservoir fluid by field test research on thick pays of Daqing Oilfield was discussed.
通过大庆油田厚油层矿场试验研究，对储层流体流动单元问题进行了探讨。
A generic term used to describe small formation particles known as fines that may be produced with the reservoir fluid.
描述可与储层流体一起产出的地层小颗粒(称为细粒)所用的通用术语。
The reservoir fluid composition and behavior of the fluid phases under flowing conditions determine the shape of the curve.
储层流体成分以及在自喷条件下的流体相态特性确定了关系曲线的形状。
It is still at study that pyrolysis gas chromatography technology is applied in the evaluation of reservoir fluid property.
热解气相色谱技术应用于储集层流体性质评价目前还处在探索阶段。
How to judge the reservoir fluid property accurately and visually has been one of the projects of well logging interpretation.
如何准确、直观地判断储层流体性质一直以来都是测井解释研究的重要课题之一。
Dual anisotropism is a basic characteristic of porous medium. It has an effect on the flow of reservoir fluid and oil and gas production.
双重各向异性是多孔介质的一个基本性质，它对油藏流体的流动乃至油气生产都有一定的影响。
The pressure is reduced by increasing the volume of the cell in increments, and the pressure and volume of the reservoir fluid are measured.
每次等量增加容器体积来降低压力，并测量储层流体的压力和体积。
How to accurately recover the losing hydrocarbon by pyrolysis geochemistry logging is a crucial step for reservoir fluid-producing evaluation.
在利用地球化学录井资料进行油层产液性质评价过程中，如何准确地对烃类损失进行恢复是一个非常关键的环节。
The study include conventional reservoir fluid PVT tests, swelling tests, multiple contact tests, slim tube and long core-flooding experiments.
这些研究包括油藏流体的普通PVT测试、加气膨胀、多次接触实验、细管和长岩心驱替实验。
To indicate the reservoir fluid directly, people proposed different fluid factors which have different sensitivities to the fluid of reservoirs.
在储层流体预测中，人们提出了不同的流体因子直接指示储层流体，不同的流体因子对储层流体的敏感性不同。
This paper introduces the design of the radial and multiple-layer core gripper, which can be used to simulate the radial flow status of the reservoir fluid.
文章介绍一种能模拟地下流体径向流动状态的岩心夹持器的设计思路，并结合图示做了详尽说明。
The phase behavior experiment shows that the hydrocarbon gas injection makes the results of visbreaking and swell of reservoir fluid obvious in Gao 13 Block.
注气相行为特征实验表明，注烃气对高13断块油藏流体的降黏、膨胀效果显著。
As to making use of gas chromatogram analytical method to study reservoir fluid nature, the author provides a new method-Light Hydrocarbon Analyzing Technology.
在利用气相色谱分析手段进行储集层流体性质研究方面，该文提出了一种新的方法轻烃分析技术。
To study the state equation of reservoir fluid is of theoretic and realistic significance. It will become a new growing point in research on fluid thermodynamics.
油藏流体状态方程研究具有重要的理论和现实意义，它将成为流体热力学研究的一个新的生长点。
The effects of reservoir fluid property in high and low pressure and the starting pressure gradient on the percolation laws were taken into account in this model.
给出了极限井底流压和产量拐点的求解方法，分析了启动压力梯度、流体性质等因素对低渗透油藏油井产能的影响。
To date theoretical research on gas-liquid-solid three-phase equilibrium in reservoir fluid is a popular subject of petroleum industrial world at home and abroad.
目前，对地层流体气—液两相、气—液—固三相相平衡理论研究是国内外石油工业界中的一个热点课题。
Methods By means of the study of crystalline mineral generation relationship and inclusion enclave, the reservoir fluid history has been studied to show where oil source is.
方法通过储集岩中成岩作用、孔隙和裂隙中所充填矿物的世代关系、流体包裹体类型的综合研究，重塑研究区流体活动历史。
The present well test analysis methods are only suitable to single-phase flow in reservoir. In fact, multi-phase flow will occur after a certain long time reservoir fluid production.
目前，试井分析方法仅限于地层中的单相流动，而在油气田开发中后期，试井往往涉及地层中的多相渗流。
Reservoir fluid flowing, temperature and reservoir rock deformation are interacting and inter-influencing, this is so-called fluid seepage flowing-stress (strain) -temperature coupling.
油藏孔隙流体渗流、温度变化和岩石变形三者之间相互影响、相互作用，这就是所谓的渗流一应力(应变)-温度三场耦合问题。
The fluid changing data of mud invasion profile are obtained by contrast of 2d NMR measurements data at different depths, and this provides more accurate reservoir fluid property information.
二维核磁共振测井通过多种探测深度测量对比，得到了泥浆侵入剖面流体变化信息，提供更准确的储层流体性质信息。
Method Using analysis of reservoir fluid characteristics, petrophysical properties, such as high pressure, of crude and condensate gas from Baozhong low permeability reservoir have been studied.
方法应用油气藏流体特征的分析对宝中区块低渗储层的原油及凝析气的高压物性等进行分析研究。
Domestic and foreign scholars have carried out a lot of researches on gas condensate reservoir fluid phase and the percolation theory, but the study of micro-seepage mechanism is relatively lack.
国内外学者对凝析气藏流体相态及渗流理论已进行了大量研究，但对微观渗流机理的研究相对较少。
Chrome tubing is classified as a corrosion-resistant alloy and is used where the wellbore conditions or reservoir fluid create a corrosive environment that conventional tubing cannot safely withstand.
高铬油管是一种耐腐蚀合金，用于井筒条件或储层流体产生腐蚀性环境的情况，这种腐蚀性环境是常规油管不能安全地耐受的。
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