Abstract This paper aims to improve micromixing in T-shaped microchannels using heterogeneous zeta potential, which is essential for analyzing biochemical fluids various industrial applications. We investigate the impact of different parameters, including applied electric field, and a number surface patterns, on microchannel mixing performance. Our results demonstrate that increasing potential ...

The aim of this work is to introduce a novel statistical technique for quantifying the concentration field uniformity liquid-liquid mixing process within micro-scale chaotic pipeline. For illustration, microscale mixer in which inlet direction parallel unit designed by using pipeline with Baker map. Meanwhile, non-uniformity coefficient method adopted quantificationally instead qualitatively es...