Zirconium oxide is a promising dielectric material for electronic applications due to favorable
properties such as large band gap and high dielectric constant. It is compatible with solution …

The performance and lifespan of steel mechanical components that experience wear and
corrosion hinges on their surface properties, such as wear resistance, hardness, and …

A ceramic material consisting of a binary oxide of zirconium and titanium, with a composition
of titanium dioxide (TiO2) 0.15 doped with zirconium dioxide (ZrO2) 0.85, was synthesized …

To clarify the effect of CuO on the arc erosion behavior of AgZrO 2 contact materials, the Ag-
8 wt.% ZrO 2 contact materials without and with CuO addition were prepared by the …

In the present study, a nickel-zinc (Ni–Zn) alloy coating has been selected as the
foundational coating, and the formation of a composite Ni–Zn-titanium dioxide (Ni–Zn–TiO 2) …

This study aimed to present the differences in the corrosion properties and protective ability
of two bi-layer systems obtained on low-carbon steel in a model corrosive medium of 5 …

This work presents the enhanced corrosion resistance of newly developed two-layer
composite coatings deposited on low-carbon steel: electrodeposited zinc alloy coatings (Zn …

The presented manuscript demonstrates the effect of the thickness of a zinc alloy sublayer
on the corrosion resistance and stability of three types of bi-layer systems composed of Co …

Enhanced corrosion efficiency of low-carbon steel was achieved by newly developed hybrid
multilayers, composed of low-carbon steel coated with an electrodeposited zinc sublayer (1 …

A hybrid material of polystyrene (PS)–ZrO2 was developed by the sol–gel technique and
deposited by spin-coating on AM60 and AM60–AlN nanocomposite surfaces to enhance …