Hall current and radiation effect with mass diffusion on transient rotating MHD flow

Abstract

Radiation effect and hall current on electrically conducting rotating fluid with variable mass diffusion on an infinite vertical plate which is an isothermal has been analyzed. Using Laplace transform to find exact solution of non liner partial differential equation such as momentum, energy, and mass with boundary conditions. The result of velocity , temperature and concentration represent by graphically with different parameter like Hall parameter \((\mathrm{m})\), thermal radiation \((\mathrm{R})\), rotation parameter \((\Omega)\), Hartmann number(M). Combined analysis of Hall current, thermal radiation and rotating fluid plays very important role in science and technology like space research, fluid flow sensor, current sensor, geo physics etc.