This article reviews existing methods for the characterisation of mixing and flow in
microchannels, micromixers and microreactors. In particular, it analyses the current …

The manufacturing difficulties of complex fractal-tree-like heat exchangers have limited their
industrial applications, although many evidences have shown that they have significant …

The particular benefits of microfluidic systems, in terms of heat and mass transfer
enhancement, require conducting local flow diagnostics, especially when unsteady …

Electrochemical micro-probes are used to study the flow regime and liquid–solid mass
transfer inside a designed porous structure. In order to place the electrodes inside the …

We propose herein the design of a heat exchanger based on clay materials in order to
reduce the energy consumed due to data center cooling. Our Thermal Energy Storage (TES) …

Knowledge of local hydrodynamics inside miniaturized systems is necessary for industrial
applications. In this work two techniques are used in order to characterize the flow in a …

This work is dedicated to the mixing characterization inside two geometries of minireactor by
using an electrochemical method. The first one is composed of only minichannels crossing …

The electrochemical technique is utilized to test local mass transfer coefficients and flow
transition in simple cubic packed beds. The microelectrodes are placed at the tube wall …

Advection–dispersive phenomena inside two geometries of porous media, corresponding to
a structured and unstructured network of minichannels, are studied from a combination of …

Электрохимическим (электродиффузионным) методом измерена спектральная
плотность мощности флуктуаций градиента пристенной скорости в двух каналах …