In this work AlSiN ternary coatings were deposited by radio frequency magnetron sputtering
in Ar/N 2 reactive atmosphere. AlSi alloy target of composition 86: 14 wt% has been used to …

The scaling behavior of ion beam induced ripple patterns on mica surface is investigated by
means of atomic force microscopy (AFM). The ripples were produced by 12 keV Ar+ ion …

Microstructural and surface morphological studies of Co (2.5%) doped ZnS thin films
deposited at different substrate temperatures (TS) of 200, 400 and 600° C by means of …

The electrical properties of grain boundaries in technologically relevant oxide thin films are
the subject of both applied and fundamental research. Here we present an investigation of …

In this work AlSi nanocomposite coating were deposited by RF magnetron sputtering in Ar/N
2 reactive atmosphere. AlSi alloy target of composition 86: 14 wt% have been used to …

In this work, roughness scaling behavior of glancing angle deposited Zr thin films by DC
magnetron sputtering at different substrate rotation speeds, have been studied using height …

The morphological evolution on Si (1 0 0) surface for grazing incidence (75°) and low
energy (500 eV) Ar+ sputtering is studied at various ion fluences. The ion induced surface …

The tunable surface properties of Al‐incorporated c‐Si and/or homogeneous c‐Si (ie,
absorber layer) thin films are investigated with the help of 3D surface topography, statistical …

Magnetron sputtering is a perfect technique for processing nanomaterials for engineering
and medical applications. A material can be processed with specific mechanical properties …

With the development of catalysis, self-cleaning, biomedicine, solid lubrication and precision
contact technologies, there is increasing need for ultra-smooth and super-rough functional …