复电阻率模型,complex resisivity model
1)complex resisivity model复电阻率模型
英文短句/例句
1.Study on the Complex Resistivity Model of Water-Flooded Zone in Thick Oil Reservoirs during High Water Cut Stage特高含水期厚油层水淹层复电阻率模型研究
2.Symmetrical effective medium complex resistivity model for water flooded shaly sand formation泥质砂岩水淹层有效介质对称复电阻率模型
pared Commonly Used Frequency Spectrum Parameter of Complex Impedance Model常用的复电阻率频率谱参数模型对比
4.DISCUSSION ON SOME PROBLEMS IN FITTING THE RESULTS OF COMPLEX RESISTIVITY USING COLE-COLE DISPERSION复电阻率测量使用柯尔——柯尔模型拟合中若干问题的探讨
5.Effective Medium Resistivity Model for Water-flooded Zone in Polymer-flooding Oilfield聚合物驱水淹层有效介质电阻率模型
6.Study on the Generalized Symmetrical Effective Medium Resistivity Model for Low Resistivity Reservoir;低阻油层通用有效介质电阻率模型研究
7.Generalized Electrical Efficiency and ABC and Clay-coating Grain Resistivity Model for Laminated and Dispersed Shaly Sands;混合泥质砂岩导电效率、ABC、颗粒导电电阻率模型研究
prehensive Research on Generalized Resistivity Models in Laminated and Dispersed Shaly Sands;混合泥质砂岩通用电阻率模型综合研究
9.Experimental Study on Dual Water Resistivity Model for Laminated and Dispersed Shaly Sands;混合泥质砂岩双水电阻率模型实验研究
10.Study on the Effective Medium Esistivity Model for Reservoir with Low Porosity and Permeability in Shaly Sands低孔渗泥质砂岩有效介质电阻率模型研究
11.Study on the Resistivity Model of Water-Flooded Zone in Thick Oil Reservoirs during High Water Cut Stage特高含水期厚油层水淹层电阻率模型研究
12.An Ideal Random Mathematical-physical Model of Effective-resistivity of Printing Ink油墨等效电阻率理想随机数学物理模型
13.Models for Electric Power and Efficiency of Solar Hybrid Generator System;太阳能热电—光电复合发电系统的发电功率与效率模型
14.Study on 2.5D Complex Resistivity Electromagnetic Forward and Inversion;2.5维复电阻率电磁场正反演研究
15.This model can be not only applicable to resistivity interpretation of general shaly sand stone strata but also well description of the electrictity character of low resistivity reservoirs.该模型不但适合于通常的砂泥岩地层电阻率解释并且能很好地描述低阻储层的电性特征。
16.Establishment of ERT apparent resitivity model under multi-scale conditions and its effect analysis多尺度条件下ERT视电阻率模型建立及其有效性分析
17.Experimental Study on Complex Resistivity Dispersion Property of Rocks under Alkali-surfactant-polymer Flooding三元复合剂驱岩石复电阻率频散特性实验研究
18.electrical resistivity电抗值,电阻（率）
相关短句/例句
resistivity model电阻率模型
1.Application of generalized symmetrical effective mediumresistivity model in low resistivity reservoirs;低阻油层通用有效介质对称电阻率模型的应用
2.The theoretical and expe-rimental comparison of three effective mediumresistivity models in laminated and dispersed shaly sands is addressed in d.针对用于复杂泥质砂岩油气层解释的3种混合泥质砂岩有效介质电阻率模型,从理论和实验角度,进行了全面系统的比较。
3.Based on the electrical efficiency model for clean rocks and the double water model and parallel conductance between laminated shale and dispersed shaly sand, improved electrical efficiencyresistivity model is proposed for laminated and dispersed sand shaly interpretation.本文根据纯砂岩导电效率电阻率模型和双水模型理论,建立了分散泥质砂岩导电效率电阻率模型,然后,再根据层状泥质与分散泥质砂岩并联导电的观点,建立了混合泥质砂岩通用导电效率电阻率模型。
3)generalized resistivity model通用电阻率模型
1.Because effects of laminated shale anddispersed shale on conductance mechanism are different,and W-S,D-W,S-B models widely usedin oilfield can only applied in dispersed shaly sands, not in laminated and dispersed shaly sands,it is nessesary to have a study on conductance mechanism of laminated and dispersed shaly sandsto establish a newgeneralized resistivity model ,so a.由于层状泥质和分散泥质对泥质砂岩的导电规律影响不同,而目前油田应用比较普遍的W-S、D-W和S-B三种泥质砂岩解释模型只适用于分散泥质砂岩,不适用于混合泥质砂岩,因此需要对混合泥质砂岩的导电规律进行研究,建立混合泥质砂岩通用电阻率模型,以提高复杂泥质砂岩储层的含油饱和度评价精度。
4)apparent resitivity model视电阻率模型
1.Establishment of ERTapparent resitivity model under multi-scale conditions and its effect analysis多尺度条件下ERT视电阻率模型建立及其有效性分析
5)complex resistivity复电阻率
1.Study on numeric simulation ofcomplex resistivity logging;复电阻率测井的数值模拟研究
2.Modeling electromagnetic responses ofcomplex resistivity 3-D body using volume integral equation method;体积分方程法模拟复电阻率三维体电磁响应
3.Simulations and tests of non-contact electrode method forcomplex resistivity exploration;不接触电极复电阻率法仿真与实验(英文)
6)complex resistivity method复电阻率法
延伸阅读
电导率(见电阻率)电导率(见电阻率)conductivityd!日nd日O}已电导率(eonduetivity)见电阻率。
