Analysis, Design and Fabrication of Micromixers, Volume II

© 2022 by the authors; CC BY-NC-ND license

microfluidics; micro-mixer; micro-jet; XFEL; molecular imaging; sample delivery; steric effect; power-law fluids; boundary slip; oscillatory electroosmotic flow; mass transport rate; passive mixing; curved mixing structure; confocal microscopy; mixing efficiency; light-actuated AC electroosmosis (LACE); microfluidic mixer; optical virtual electrode; electrokinetics; computational fluid dynamics (CFD); 3D printing; spiral micromixers; dean flow; trapezoidal cross-section; mixing index; convection and diffusion; Kenics micromixer; numerical simulation; mixing index; non-Newtonian fluids; CMC solutions; low Reynolds number; passive micro-mixer; mixing unit; cross flow direction; baffle impingement; swirl motion; mixing performance; microfluidics; electrokinetics; mixing; micromixer; micromixer; microfluidics; density control; lab on a chip; pneumatically driven; acoustic streaming; micromixer; acoustofluidics; microfluidics; computational fluid dynamics; artificial cilia; microfluidics; flow manipulation; biological/medical applications; chaotic micromixer; Nano-Non-Newtonian fluid; mass mixing index; thermal mixing index; low generalized Reynolds number; minimal mixing energy cost; degree of mixing (DOM); modified Tesla micromixer; tip clearance; symmetric counter-rotating vortices; drag and connection of interface; n/a