分散泥质 meaning in Chinese
dispersed shale
Examples
- The experiment results show that conductance of laminated and dispersed shaly sands may be treated as parallel conductance between laminated shale and dispersed shaly sands
实验结果表明，混合泥质砂岩导电可以看作是层状泥质和分散泥质砂岩并联导电的结果。 - And the rudiments of hydrodynamics theory were applied to discuss the problem . the quantitative permeability equations were established for dispersed shale and laminar shale fraction respectively . beginning with the two equations , a new equation was advanced considering dispersed shale as well as laminar shale
分别建立了分散泥质和层状泥质与渗透率的定量关系式，在此基础上，综合分散泥质和层状泥质的影响，提出了泥质砂岩的渗透率综合响应方程。 - Based on the effective medium hb resistivity models in laminated or dispersed shaly sands proposed by berg , the general effective medium hb resistivity model in laminated and dispersed shaly sands is established . in the derivation of the model we assume that clay - bound water fraction is included in total pores , clay - bound water and formation water have the same resistivity , and yet the difference of electrical properties between the two waters is incorporated into clay grain conductivity
本文首先基于berg提出的层状泥质或分散泥质砂岩有效介质hb电阻率模型，并在总孔隙中考虑粘土结合水的体积，但不考虑粘土结合水与地层水导电性的差别，而将粘土结合水与地层水的导电性差别归结到粘土颗粒导电中，建立了混合泥质砂岩有效介质通用hb电阻率模型。 - Based on the parallel conductance between laminated shale and dispersed shaly sand , while dispersed shaly sand can be described with satori resistivity model containing four components ( conducting rock matrix grains , nonconductive hydrocarbons , dispersed clay particles and water ) , the generalized effective medium satori resistivity model in laminated and dispersed shaly sand is established
本文基于层状泥质与分散泥质砂岩的并联导电，而分散泥质砂岩导电可用四组份(导电的骨架颗粒、不导电油珠、分散粘土颗粒、水)的有效介质satori电阻率模型描述，建立了模型。