Analysis of mixed convection flow on Arrhenius-controlled heat generating/absorbing fluid in a super-hydrophobic microchannel: A semi-analytical approach

The theoretical analysis of steady mixed convection with Arrhenius-controlled heat flow for a viscous and an electrically-conducting fluid traveling across isothermally heated vertical parallel plate in slit micro-channel is investigated this study. One wall had super-hydrophobic slip temperature spike, while the other did not. A semi-analytical technique (perturbation series) was employed to analyze nonlinear coupled leading equations. results were carefully scrutinized, effects relevant pertinent parameters illustrated using various plots. It concluded from work that actions chemically reacting factors are noticed substantially strengthen movement constant pressure gradient. Additionally, function source parameter depicted raise absorption yields reverse phenomenon. In fields engineering medicine, it essential understand these fluids' characteristics. Owing lubrication boundary surfaces where conductivity viscosity interact thermos-physical behavior, present investigation can significantly enhance functioning micro-electro-mechanical systems (MEMS) micro-devices relying on micro-fabrication processes.