The effect of inclination of channel on separation of an incompressible thermally and electrically conducting viscous binary fluid mixture in presence of strong magnetic field

B. R. Sharma; R. N. Singh; Rupam Kr.Gogoi

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The effect of inclination of channel on separation of an incompressible thermally and electrically conducting viscous binary fluid mixture in presence of strong magnetic field

机译：在强磁场存在下，通道倾斜对不可压缩的导热和导电粘性二元流体混合物分离的影响

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The effect of inclination of a channel on separation of a binary mixture of viscous incompressible thermally and electrically conducting Newtonian fluids in presence of a strong magnetic field perpendicular to the direction of flow is examined. The equations of motion, energy and concentration are solved analytically. It is found that the non-dimensional parameters viz, the baro-diffusion number, the Soret number, the product of Prandtl number and Eckert number, the Hartmann number, the electric parameter and the Magnetic Reynolds number affects the species separation significantly. The inclination of the channel has adverse effect on the rate of species separation while the intensity of the applied magnetic field enhanced the same.

机译：在垂直于流动方向的强磁场存在下，研究了通道倾斜对粘性不可压缩导热和导电牛顿流体二元混合物分离的影响。运动方程，能量方程和浓度方程通过解析求解。发现无量纲参数，即弥散数，Soret数，Prandtl数与Eckert数的乘积，Hartmann数，电参数和雷诺数会显着影响物种分离。通道的倾斜度对物种分离的速度有不利影响，而施加的磁场强度则增强了物种分离的速度。

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《American Journal of Applied Mathematics》 |2014年第1期|共7页
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B. R. Sharma; R. N. Singh; Rupam Kr.Gogoi;
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1. Separation of species of a binary fluid mixture confined in a channel in presence of a strong transverse magnetic field [J] . Sharma Bishwaram, Sing Niroj Ram, Gogoi Rupam KR., Hemijska industrija . 2012,第2期

机译：在强横向磁场作用下，限制在通道中的二元流体混合物的种类分离
2. Separation of species of a binary fluid mixture confined between two concentric rotating circular cylinders in presence of a strong radial magnetic field [J] . B. R. Sharma, R. N. Singh Heat and mass transfer . 2010,第7期

机译：在强径向磁场作用下，限制在两个同心旋转圆柱之间的二元流体混合物的种类分离
3. MHD flow of an incompressible viscous fluid through convergent or divergent channels in presence of a high magnetic field [J] . Hosseini R., Poozesh S., Dinarvand S. Journal of applied mathematics . 2012,第Pta2期

机译：在强磁场存在下，不可压缩粘性流体的MHD流经会聚或发散通道
4. Waves in a rotating layer of an ideal electrically conducting incompressible fluid with allowance effects of diffusion of magnetic field [C] . Peregudin Sergey, Kholodova Svetlana 2014 20th International Workshop on Beam Dynamics and Optimization . 2014

机译：理想的导电不可压缩流体的旋转层中的波，具有磁场扩散的允许效应
5. The adjoint method for the design of directional binary alloy solidification processes in the presence of a strong magnetic field. [D] . Sampath, Rajiv. 2001

机译：在强磁场存在下设计定向二元合金凝固过程的辅助方法。
6. ON THE EQUILIBRIUM CONFIGURATIONS OF AN INCOMPRESSIBLE FLUID WITH AXISYMMETRIC MOTIONS AND MAGNETIC FIELDS [O] . S. Chandrasekhar 1958

机译：轴对称运动和磁场的不可压缩流体的平衡构型
7. Separation of species of a binary fluid mixture confined in a channel in presence of a strong transverse magnetic field [O] . Sharma Bishwaram, Sing Niroj Ram, Gogoi Rupam KR., 2012

机译：在存在强横向磁场的情况下分离限制在通道中的二元流体混合物的种类
8. Boundary-Layer Stability Diagrams for Electrically Conducting Fluids in the Presence of a Magnetic Field [R] . Rossow, V. J. 1958

机译：磁场作用下导电流体的边界层稳定性图

The effect of inclination of channel on separation of an incompressible thermally and electrically conducting viscous binary fluid mixture in presence of strong magnetic field

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