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首页> 外文期刊>Soils and foundations >THE INFLUENCE OF THE DIELECTRIC CONSTANT AND ELECTROLYTE CONCENTRATION OF THE PORE FLUIDS ON THE UNDRAINED SHEAR STRENGTH OF SMECTITE
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THE INFLUENCE OF THE DIELECTRIC CONSTANT AND ELECTROLYTE CONCENTRATION OF THE PORE FLUIDS ON THE UNDRAINED SHEAR STRENGTH OF SMECTITE

机译:孔隙流体的介电常数和电解质浓度对蒙脱石不排水剪切强度的影响

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References(30) It is common knowledge that the engineering properties of clays are greatly influenced by the type of pore fluids. However, the impact of the pore fluids on the geotechnical properties of the samples is even more dependent on the type of mineral and interlayer ions. Completely different behaviours could be observed with identical pore fluids but different clay minerals and vice versa. The liquid limit, plastic limit and undrained shear strength were determined for two types of smectites with different interlayer cations, namely Ca and Na-smectite. The pore fluids were varied by using different dielectric constants (ε) and electrolyte concentrations (n0). The results show that the two kinds of soils respond in a similar way but with a different magnitude depending on the ion occupation.
机译:参考文献(30)众所周知,粘土的工程特性受孔隙流体类型的影响很大。但是,孔隙流体对样品岩土性能的影响甚至更多地取决于矿物和层间离子的类型。使用相同的孔隙流体但使用不同的粘土矿物可以观察到完全不同的行为,反之亦然。测定了两种具有不同层间阳离子的蒙脱石的液体极限,塑性极限和不排水的剪切强度,分别为Ca和Na-蒙脱石。通过使用不同的介电常数(ε)和电解质浓度(n0)来改变孔隙流体。结果表明,两种土壤的响应方式相似,但取决于离子的占领程度不同。

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