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A mutual-diffusion-coefficient model based on local composition

机译:基于局部成分的互扩散系数模型

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A mutual-diffusion-coefficient model based on local-composition concept is developed. An expression for the calculation of concentration-dependent intra-diffusion coefficients is also established by considering the formation of clusters. With the import of diffusion coefficients at infinite dilution, self-diffusion coefficients and viscosities of pure components and mixtures, mutual-diffusion-coefficients of binary fluid mixtures can be predicted. The total average relative deviation of predicted values with respect to experimental data is 6.0% for 45 binary systems including those containing associative component. Results indicate that this model is superior to some currently used methods. (C) 2001 Elsevier Science B.V. All rights reserved. [References: 38]
机译:建立了基于局部组成概念的互扩散系数模型。通过考虑簇的形成,还建立了用于计算浓度相关的内部扩散系数的表达式。通过输入无限稀释的扩散系数,自扩散系数和纯组分和混合物的粘度,可以预测二元流体混合物的互扩散系数。对于45个二元系统(包括那些包含缔合成分的系统),预测值相对于实验数据的总平均相对偏差为6.0%。结果表明,该模型优于某些当前使用的方法。 (C)2001 Elsevier Science B.V.保留所有权利。 [参考:38]

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