The development of an electroconvective vortex explains the induction of overlimiting
current in high voltage applications. However, an in-depth understanding of the dynamics …

The paper explores the limitations of electrodialysis (ED) in the range of very dilute feed
solutions. The results of first principles modeling of this process are presented, taking into …

Electrodialysis (ED) applications have expanded in recent years and new modes of
operation are being investigated. Operation at overlimiting currents involves the …

Pulsed electric field (PEF) modes of electrodialysis (ED) are known for their efficiency in
mitigating the fouling of ion-exchange membranes. Many authors have also reported the …

The coupling between ion transport and fluid flow near ion-selective surfaces plays a crucial
role in various electrohydrodynamic applications. Above a critical voltage threshold …

Ion rejection by composite membranes for RO/NF is performed by an ultrathin polyamide
active layer (AL) with non-uniform thickness. Current models explain the solute and water …

Our research investigates the impact of auxiliary structures on ion transport in
electrochemical systems such as batteries and microscale desalination units, whose …

Membrane-based systems, such as electrodialysis, play an important role in desalination
and industrial separation processes. Electrodialysis uses alternating anion-and cation …

A nanoelectrokinetic phenomenon called ion concentration polarization (ICP) has been
recently applied to microfluidic paper-based devices for the high fold preconcentration of low …

Cutting-edge nanoelectrokinetic technology in this work provides a breakthrough for the
present clinical demands of molecular diagnosis to detect a trace amount of oncogenic …