储层微观孔隙结构参数是影响水驱开发效果的重要因素。
The parameter of the microscopic pore structure for reservoirs is crucial to the effectiveness of water-driving development.
利用测井资料进行孔隙结构参数解释，并通过孔隙结构参数对可动油气饱和度进行评价是文章的主要思路。
To interpret pore structure parameter by use of logging data and to evaluate movable hydrocarbon saturation on the basis of the pore structure parameter are mainly discussed in this paper.
本文在扫描电镜观测的基础上，运用气体吸附法和压汞法对郯庐断裂系南段糜棱岩和高级片麻岩的微孔隙结构参数进行了测试。
Based on SEM observance, the methods of gas adsorption and mercury pression were used to test micro hole frame parameters of mylonite and high grade gneiss in this paper.
但冷冻所引起的流体膨胀，会破坏岩心的孔隙结构，使冷冻前后岩石物性参数发生变化。
But fluid expansion of core resulted from refreezing can destroy pore structure of core, make physical parameters before and after refreezing change.
岩石孔隙结构是控制砂岩和碳酸盐岩的地震波速度和渗透率的重要参数之一。
Rock pore structure is one of the important parameters in controlling both seismic wave velocity and permeability in sandstones and carbonate rocks.
对孔隙结构特征参数进行对比分析，储集性能好的样品与储集性能差的样品具有很大的差异。
Compared and analyzed for pore structure characteristic parameter, good samples of the reservoir property are quite difference from the bad samples of the reservoir property.
结合VG模型拟合的参数，着重分析了矿物成分和孔隙结构对膨胀土土水特征曲线的影响。
Combined with the fitting parameters obtained from the VG model, the effects of mineral composition and pore structure of the soil on SWCC are analyzed.
具有复杂孔隙结构的非均质油气藏岩石物理参数的实验测量一直是花费高昂而又困难的工作。
Petrophysical experiments have been run into difficulties in accurately measuring petrophysical parameters of inhomogeneous reservoir rocks with complex pore structure.
通过对大量压汞参数样本的聚类分析，将储层的孔隙结构划分为4个类型。
A number of samples of mercury injection parameters are analyzed. The pore texture can be subdivided into 4 types.
对确定储集层孔隙结构特征参数的两种常用方法进行了分析讨论。
This paper make analysis and discussion on the methods to determine pore microgeometrical parameters of reservoirs.
通过各类参数统计及曲线形态对比，对孔隙结构类型进行了定量结合定性的优劣评价。
The statistical parameters and typical curve shapes are contrasted, and the effectiveness of each pore texture type is quantitatively and qualitatively evaluated.
并结合火成岩特殊的化学组成和岩石孔隙结构特征，进行了有关物性参数计算方法研究。
Combining the special chemical composition and rock texture characteristic, models of reservoir porosity calculation are set up.
本文对川东石炭系储层孔隙结构的特征参数，进行了地下地质学和趋势面分析的特殊处理，取得了储层孔隙结构的区域变化规律。
This article has made the specific handling of subsurface geology and trend analysis of characteristic parameters of pore structure in East Sichuan Carboniferous System reservoir.
根据储层参数、微观孔隙结构的变化，阐述了综合分析窜流通道的定性方法。
On the basis of the change features of reservoir parameters and pores microstructure, a quantitative description method for channeling-path was discussed.
储层物性参数的差异、孔喉特征参数的差异等，均归因于微观孔隙结构的差异。
The difference of quality, parameters of pore throat, and so on results of the micropore structure.
实验结果表明：压力下降对岩心孔隙结构等参数的影响较压力上升更为明显。
The results show that drop of the pressure has more influence on the core parameters of the pore structure than rise of the pressure.
并根据水驱前后的毛管压力曲线资料计算了水驱前后孔隙结构的分形参数，研究了水驱对孔隙结构变化的影响。
The fractal parameters of pore structure are estimated based on the capillary pressure data before and after waterflooding to investigate the effect of waterflooding on variation of pore structure.
并根据水驱前后的毛管压力曲线资料计算了水驱前后孔隙结构的分形参数，研究了水驱对孔隙结构变化的影响。
The fractal parameters of pore structure are estimated based on the capillary pressure data before and after waterflooding to investigate the effect of waterflooding on variation of pore structure.
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