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在渠道层流的微极流体中溶质的弥散及其化学反应效应
DISPERSION OF SOLUBLE MATTERS IN LAMINAR FLOWS OF MICROPOLAR FLUIDS THROUGH A CHANNEL AND EFFECTS OF CHEMICAL REACTIONS
【摘要】 研究在渠道层流的微极流体中溶质的弥散规律,考虑了化学反应效应.利用Taylor简化假定,导出相对浓度分布c和等效扩散系数D的解析式,并作数值计算,分析了微极参数λ,Τ和化学反应率参数β对上述量的影响.
【Abstract】 This paper studies the dispersion law of soluble matters in a laminar flows of micropolar fluids through a channel and considers effects of chemical reactions. Expressions of the relative concentration distribution c and the effective diffusion coefficient D are derived under the Tayloy’s simplification, and numerical computations are made. A discussion is given on the effects of micropolar parameters λ and T and the chemical reaction rate constant β on the quantities mentioned above.
【关键词】 非牛顿流体;
弥散;
微极流体;
化学反应效应;
【Key words】 non-Newtonian fluid; dispersion; micropolar fluid; effects of chemical reaction.;
【Key words】 non-Newtonian fluid; dispersion; micropolar fluid; effects of chemical reaction.;
【基金】 国家自然科学基金
- 【文献出处】 复旦学报(自然科学版) ,Journal of Fudan University , 编辑部邮箱 ,1992年02期
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