Due to the instructive role of the peristaltic phenomenon in the human body, interests have been developed in recent years towards peristaltic transport with various thermo-physical features. The current investigation reveals the effects of the magnetic field and variable transport properties on the peristaltic transport of a Casson fluid slip flow through an inclined channel. Nonlinear coupled partial differential equations regulate the fluid flow. Through the perturbation method, the momentum and energy equations are solved for small values of variable viscosity and thermal conductivity, and the closed-form solution is obtained for mass transfer. The impact on physiological quantities of related parameters of interest is evaluated and discussed via graphs. The results obtained for the current flow represent some interesting behaviors which have applications in the biomedical field.

中文翻译：

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MHD Casson流体在具有可变传输特性的倾斜通道中的滑流

由于蠕动现象在人体中的指导作用，近年来人们对具有各种热物理特征的蠕动运输产生了兴趣。当前的研究揭示了磁场和可变的传输特性对通过倾斜通道的卡森流体滑流的蠕动传输的影响。非线性耦合偏微分方程调节流体流量。通过微扰方法，求解了粘度和导热系数较小的动量和能量方程，并获得了用于质量传递的封闭形式的解。通过图表评估和讨论相关参数对生理量的影响。