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首页> 外文会议>BSME International Conference on Thermal Engineering >Cross Diffusion and MHD effects on a High Order Chemically Reactive Micropolar Fluid of Naturally Convective Heat and Mass Transfer past through an Infinite Vertical Porous medium with a Constant Heat Sink
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Cross Diffusion and MHD effects on a High Order Chemically Reactive Micropolar Fluid of Naturally Convective Heat and Mass Transfer past through an Infinite Vertical Porous medium with a Constant Heat Sink

机译：通过无限垂直多孔介质具有恒定散热片的自然对流热和质量转移的高阶化学反应性微柱和MHD效应。

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摘要

High order chemically reactive micropolar fluid flow through an infinite vertical porous medium with thermal diffusion, mass diffusion, MHD, thermal radiation and heat sink has been studied. A flow model is established by employing the well-known boundary layer approximations. In order to obtain non-dimensional system of equations, a similarity transformation is applied on the flow model. The stability and convergence analysis have been analyzed. The obtained non-dimensional equations have been solved by explicit finite difference method. The effects of various parameters entering into the problem on velocity, angular velocity, temperature and concentration are shown graphically.
机译：已经研究了高阶化学反应性微柱流体，通过无限垂直多孔介质，已经研究了热扩散，质量扩散，MHD，热辐射和散热器。通过采用众所周知的边界层近似来建立流模型。为了获得方程的非维度系统，在流模型上应用相似性转换。已经分析了稳定性和收敛性分析。通过明确的有限差分法解决了所得的非维方程。在图形地示出了进入速度，角速度，温度，温度和浓度问题的各种参数的影响。

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