False (artificial) diffusion provides an erroneous estimation of molecular diffusion during the
simulation of liquid micromixing. The present review introduces discretization methods …

Electrokinetic energy conversion (EEC) in nanochannels subject to a large pressure
gradient (or difference) is affected appreciably by the ion concentration polarization (ICP) …

The heat transfer efficiency during CO 2 methanation is studied by analyzing the diffusion
and advection processes inside a microreactor channel. Analytical models are obtained by …

The dynamics of radial A+ B→ C reaction fronts can be affected by buoyancy-driven
convection. Motivated by recent advances in reaction-diffusion–advection (RDA) systems …

The rapid development of microchemical technology conforms to the requirement of
sustainable green development in the rare earth industry; the capacities of significant heat …

This study solved the momentum balance in a catalytic microreactor used for CO 2
methanation, and a potential advantage of this microdevice in power-to-gas technology was …

In this study, an induced-charge electrokinetic micro-mixer with a flexible conductive plate is
simulated. The plate can be deformed under the influences of the hydrodynamic and …

Prussian blue analogues possess numerous advantages as cathode materials for sodium-
ion batteries, including high energy density, low cost, sustainability, and straightforward …

The kinetics of CO 2 methanation using a 12% Ni/γ-Al 2 O 3 catalyst was modeled in a
catalytic microreactor, considering the three-dimensional momentum, heat and species …

In recent years, considerable attention has been paid to the applications of soft
nanochannels in electrokinetic energy harvesting because their flexibility allows for easier …