This work firstly addresses the microwave-assisted, catalytic, hydrothermal liquefaction
(MAC-HTL) of a mixture of pine and spruce biomass, examining the effects of the …

The mechanism of the hydrogen evolution reaction, although intensively studied for more
than a century, remains a fundamental scientific challenge. Many important questions are …

Understanding the role of pH and ions on the electrical double layer (EDL) at charged
mineral oxide/aqueous interfaces remains crucial in modeling environmental and industrial …

This work firstly explores the feasibility of using a novel microwave-assisted, catalysed,
hydrothermal process for the valorisation of brewers' spent grains (BSGs), examining the …

This work addresses an alternative and green route for glycerol upgrading recently
highlighted as a potentially critical aspect of the economic and environmental viability of …

The electric field (E‐field) dielectric polarization‐based separations mechanism represents a
novel method for separating solutions at small length scales. An E‐field gradient with a …

The high sensitivity of Lorentz sensors comes from its narrowband resonant characteristics
marked by rapid slope change of slope of its phase spectrum, a phenomenon known as …

Relative permittivity, also known as static dielectric constant, is a key property of solvents in
electrolyte solutions. It strongly influences the solubility of solutes and, therefore, it can be …

Understanding the role of pH and ions on the electrical double layer (EDL) structure of
charged mineral oxide/aqueous interfaces remains crucial in modeling various …

This study aimed to describe the influence of different electrofishing engine configurations
on electric field dispersion in water. Several experiments with original results are included …