The popularity of nanotechnology results from the possibility of obtaining materials that have
better chemical, electrical, thermal, mechanical, or optical properties. Until recently …

Due to the high efficiency and low cost, gas atomization (GA) has been widely applied to
produce metal powders. In this paper, the GA process is first modeled by combining the …

This paper reviews the technologies and opportunities for process intensification (PI) in
nuclear effluent treatment. PI is an area that has already created many innovations within the …

Microwave-promoted continuous flow systems have emerged as a game-changer in
nanoparticle synthesis. Owing to the excellent compatibility between fast, sustainable …

Natural clinoptilolite was studied to assess its performance in removing caesium and
strontium ions, using both static columns and an agitated tube reactor (ATR) for process …

This paper simulated the combined guided float valve tray based on the computational fluid
dynamics (CFD) dynamic mesh technique. The motion equation of the float valve under …

The aim of this study was to understand the efficacy of widely available minerals as dual-
function adsorbers and weighter materials, for the removal of toxic azo-type textile dyes …

The effect of electromagnetic vibration (EMV) on the solidification structure of Cu-15Ni-8Sn
alloy during bulk solidification and the upward continuous casting was investigated …

This study investigates the dynamics of a novel, oscillatory, intensified plug-flow reactor–an
agitated tubular reactor (ATR)–designed for efficient flow processing of solid-liquid mixtures …

Composite coagulants were synthesised in both a batch system and an agitated tubular
reactor (ATR) using natural clinoptilolite with barite (BaSO 4) co-precipitation for the …