Magnetic field (MF) has been applied widely and successfully as an efficient, low-cost and
easy-to-use technique to enhance wastewater treatment (WWT) performance. Although the …

The effects of the pH value on the electrodeposition process of Fe–P alloys from a ferrous
sulfate bath with sodium hypophosphite as the phosphorus source are investigated. The …

This study showcases the interfacial magnetoelastic effect observed in flaky FeSiAl alloy
powder absorbents, aimed at enhancing permeability in the decimeter-wave band for better …

The dynamics of the pattern induced on a silicon surface by oblique incidence of a 40 keV
Fe ion beam is studied. The results are compared with those obtained for two reference …

In this article, a novel method for SiC production from a residue of coal fly ash (CFA) after
high-pressure leaching with a mixture of NH 4 HSO 4+ H 2 SO 4 is proposed. A …

This study aims to elaborate on the production of a nanostructured Fe-Si alloy with varying
silicon concentrations and how it can enhance the magnetic properties of the alloy. In order …

Heusler alloys constitute an interesting group of materials with wide applications. The
purpose of the present study was to use the mechanical alloying method to synthesize …

Driven by the rising demand for glass, metals, and plastics in industrial and household
sectors, there was a substantial increase in waste and by-products generated. This study …

In this paper, we present theoretical modelling of the band structure of iron monosilicide
FeSi. Special attention is paid to the total and partial densities of electronic states along with …

For a very long time, magnetic fields (MF) have been used to enhance the efficiency to treat
wastewater and have proved to be a reliable, affordable, and easy-to-use technology …