Nanocomposites containing impermeable two-dimensional materials are attracting
considerable attention for their ability to shield metals from corrosion. Incorporating m …

Under purely inorganic conditions, a synthesis route was devised wherein elements were
introduced stepwise via coprecipitation based on differences in compound solubility. This …

Understanding the influence of alkali-resistant superabsorbent polymers (SAPs) on the
performance of cementitious materials based on Portland Cement (PC) is crucial for …

The efficiency of impermeable, two-dimensional material-infused nanocomposites in
preventing metal corrosion is becoming more widely acknowledged. The remarkable …

This study investigates the enhancement of geopolymer concrete (GPC) through the
synergistic incorporation of graphene oxide (GO) and nanozirconia (NZ), aiming to improve …

This study focuses on enhancing cementitious materials by incorporating silanized
graphene oxide (SGO) and superabsorbent polymers (SAPs), aiming to improve their …

Anti-corrosion coatings ensure material safety and extend service life, serving as important
safeguards in the fields of construction, infrastructure, petrochemicals, and marine …

The coatings were prepared by blending different concentrations of SWCNTs and CeO2
particles with an epoxy resin by hydrothermal method, which was then applied to the …

Mild steel (MS) is a widely used type of steel because of its different types of qualities like
versatility, affordability, and ease of modification. On the other hand, its vulnerability to …

Corrosion and nanomaterials application gives a complete understanding of corrosion, a
pervasive and costly problem that affects a variety of industries worldwide. This study …