Computational modeling of the sputtering process forming atomic layers of some
technologically significant materials was performed based on sputter rate relation. Bismuth …

The growth and solid-state dewetting behavior of Au thin films (0.7 to 8.4 nm) deposited on
the formvar film (substrate) by sputtering technique have been studied using transmission …

Automotive components involving glass are coated with hard materials for protection
against, UV glaze, EM interference, abrasion, and thermal shock. Thermally resistant …

Cu thin films were deposited on Si (111), glass, and quartz substrates by magnetron
sputtering. X‐ray diffraction, SEM, and photoemission electron microscope studies were …

Abstract Silicon Oxynitride (Si-ON) is basically a polymer derived ceramic (PDC) having
good fracture toughness and high temperature stability used in aerospace, sensing …

The ternary nanocomposite comprising of a mixture of different phases viz., SiC, Si-N, CN
and different hybridized carbon grown over an amorphous Si-CN phase has also been …

Gallium ferrite nanoparticles (GFOnps) were synthesized using modified sol-gel technique
and its physical, chemical, and optical properties were studied. GFOnps was synthesised at …

Copper ion-implanted stainless steel possesses antibacterial properties and resistance to
corrosion and wear. These properties have been found beneficial in surgical implants where …

Abstract We prepared CuNi (90/10) alloy thin films by DC magnetron sputtering on silicon
substrates and investigated the film structure as a function of deposition time and sputtering …

Titania (TiO2) having an enormous technological was blended with carbon (diamond) to
improve its thermos-mechanical properties. The process of blending polymer derived …