DISPERSION OF SOLUTE WITH CHEMICAL REACTION IN BLOOD FLOW

Abstract

A mathematical model is developed to study the influence of an externally applied magnetic field and chemical reaction on the flow characteristics of blood in the presence of mild stenosis. The equations of momentum are solved under appropriate boundary conditions using Hankel transform. Taylor's dispersion model [17] is used to obtain dispersion of solute in blood flow.  The effects of various parameters entering into the problems are discussed numerically and explained graphically.