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Inphase and Outphase Concentration Modulation on the Onset of Magneto-Convection and Mass Transfer in Weak Electrically Conducting Micropolar Fluids

机译:在磁导电片液体磁对流发作和磁传导中的磁性对流发作的同态和外部浓度调制

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The paper analyses the effect of concentration modulation at the onset of solute magneto-convection and heat transfer in a weak electrically conducting fluid by carrying out a linear and non-linear analysis. The Venezian approach is assented encompassing the correction Solute Rayleigh number and wave numbers for meagre amplitude concentration modulation. A multiscale method is applied to convert the analytically untraceable Lorenz model to an analytically traceable Ginzburg-Landau equation which is solved to quantify mass transfer through Sherwood number. It is observed that concentration modulation results in sub-critical motion however out-of-phase concentration modulation is more stable compare to others.
机译:本文通过实施线性和非线性分析,分析了在弱导电流体中溶液磁对流发作和热传递的浓度调制的影响。委内瑞方法被同意包括用于微薄振幅浓度调制的校正溶解瑞利数和波数。应用多尺度方法以将分析不可追溯的Lorenz模型转换为分析追踪的金茨堡 - Landau方程,该方程可以通过舍伍德数来量化质量转移。观察到,浓度调制导致亚临界运动,然而与其他阶段的浓度调制更稳定。

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