| 1. | Knowledge of the particle diameter and fluid properties immediately defines the region of flow and the applicable relations .
已知颗粒直径和流体性质，就可直接确定流动区域和适用的关系式。 |
| 2. | Description methods of fluid property and distribution of reservoir
油藏流体性质和分布描述方法 |
| 3. | The forming factors which have influenced low resistivity may be summarized lithology , pore texture , fluid property and mud intrusion etc
其形成因素可归纳为受岩性、孔隙结构、流体性质及泥浆侵入影响等。 |
| 4. | Oil saturation is one of the important parameters to evaluate fluid property and oil - bearing occurrence in a reservoir , which is mainly calculated by geochemical pyrolysis value , porosity and so on
摘要含油饱和度是评价储层流体性质及含油性的重要参数之一，含油饱和度的求取主要是靠地化热解值、孔隙度等参数。 |
| 5. | Under strong turbulent flow condition the property in three direction is different , and it relates with the particle granularity and density , as well as the fluid property and the turbulent intension
在此基础上，分析了固体颗粒与液体的跟随性，认为在强湍流情况下，颗粒除在径向方向的运动有别于液体介质外，在轴向与切向也存在差异，且这种差异与颗粒粒度大小、密度、流体性质以及湍流强度有关。 |
| 6. | The test results as basic experimental data have effectively supported the investigations for determination of effects of the petrophysical property , the fluid property and the displacement rate on the oil displacement efficiency in this carbonate reservoir
实验结果为确定轮南古潜山碳酸盐岩油藏岩石物理特性、流体性质及驱油速度对驱油效率（采收率）的影响提供了有效的实验支持和实验基础数据。 |
| 7. | The field harmony theory was used to analyze convection heat transfer with heat sources . the intensity of the heat source was related with not only the velocity and the fluid properties but also the harmonious degree between the velocity and heat flux fields
场协同理论把对流换比拟为有内热源的导热问题，认为对流换热的强化不仅取决于流体的流动和流体的物性，还取决于流场与温度场的协同关系。 |
| 8. | The fluid properties and strata pressure have obviousely changed during the high water cut stage , which exert unfavorable influence on determining formation water resistivity based on spontaneous potential curves . from the analysis of the mechanism for forming
针对油田高含水期地层流体性质和地层压力的变化给应用自然电位曲线求取地层水电阻率产生不利影响的实际问题，从自然电位产生的机理出发，研究了应用自然电位曲线求取地层水电阻率的方法。 |
| 9. | In order to study the influential factors on seismic attribute , the authors use the rock modeling software to simulate the changes of mineral constituent , porosity , fluid property and saturation of rocks and further study the changes of the seismic attribute basing on the velocity of s - wave , the velocity of p - wave and various elastic modeling quantities of the rocks by means of forward modeling
摘要为了研究影响地震属性的因素、应用岩石建模软件模拟岩石的矿物组分、孔隙度、所含流体性质以及饱和度等变化，对其纵横波速度、各种弹性模量的变化情况通过正演的手段得到了解。 |
| 10. | Based on the analysis of thin sections by microscope , measurement of porosity and density , and geological setting , we tested the rock physical parameters of sandstone , siltstone , carbonate and other transitional sedimentary rocks by the mts system under formation conditions ( temperatures , pressures and pore fluid properties ) . the rocks we tested are from tertiary ( including zhujiang formation , zhuhai formation , enping formation , hanjiang formation ) of zhujiangkou basin in southern china sea . according to the analysis results , we studied the main ultrasonic wave velocity characters of rocks , which are compressive and shear wave velocity and poisson ' s ratio under different formation conditions
在对珠江口盆地第三系储集岩进行显微镜薄片分析、孔隙度和密度分析，以及地质背景分析的基础上，利用岩石物理参数测试系统( mts )模拟地层条件(温度、压力和孔隙流体状况)测试了珠江口盆地第三系(包括珠江组、珠海组、恩平组、韩江组，以下有关讨论同)砂岩、粉砂岩、碳酸盐岩及其过渡性岩石物理性质，重点研究了不同地层条件下岩石的声学特征(岩石的纵横波速度和泊松比) 。 |
