Abstract The present work models MHD three-dimensional flow in a rotating channel. The energy expression is characterized by heat generation/absorption and radiation effects. Homogeneous-heterogeneous features are also accounted for. The obtained non-dimensional systems are numerically computed via the NDSolve based Shooting technique. Graphs are plotted to visualize the impact of various influential variables on velocity, temperature and concentration. In addition, skin friction and the Nusselt number are numerically estimated. Here temperature increases for increasing estimations of heat generation/absorption and radiation parameters. Furthermore, skin friction is reduced in the case of large Reynold number and rotation parameter.

中文翻译：

---

具有均相-非均相反应的旋转通道中辐射流的数值模拟

摘要 目前的工作对旋转通道中的 MHD 三维流动进行建模。能量表达的特点是热量产生/吸收和辐射效应。同质-异质特征也被考虑在内。获得的无量纲系统通过基于 NDSolve 的射击技术进行数值计算。绘制图形以可视化各种有影响的变量对速度、温度和浓度的影响。此外，还对皮肤摩擦和努塞尔数进行了数值估计。这里温度升高以增加对热量产生/吸收和辐射参数的估计。此外，在雷诺数和旋转参数大的情况下，皮肤摩擦减少。