Bioconvection Unsteady Magnetized Flow in a Horizontal Channel with Dufour and Soret Effects

In the current decade, bioconvection phenomenon has received a lot of attention in research because its applications biological polymer synthesis, biosensors and biotechnology, pharmaceutical industry, microbial enhanced oil recovery, environmentally friendly applications, continuous refinements mathematical modeling. Therefore, this article is prepared to address unsteady mixed electrically conducting fluid flow between two infinite parallel plates with magnetic field first-order chemical reaction impacts. Furthermore, heat mass transfer study taken Dufour Soret effects into account. The nonlinear coupled systems representing continuity, momentum, energy, diffusion, microorganisms’ equations are renewed an ordinary differential equation (ODE) by employing similarity renovation. renovated ODEs interpreted Homotopy Analysis Method (HAM). Impacts different emerging parameters, namely, parameter ( M ), generation id="M2"> Q number id="M3"> D u id="M4"> S r Schmidt id="M5"> c id="M6"> K 0 Prandtl id="M7"> P squeezing id="M8"> β Peclet id="M9"> e Lewis id="M10"> L ) on dimensionless velocity, temperature, concentration, microorganism profiles as well frictional drag, Nusselt number, Sherwood microorganisms flux presented. main outcomes investigation that velocity profile rises increased, clear enhancement noticed temperature for augmented estimations reaction, generation/absorption, parameters. There significant downward trend concentration density elevated values