Oxygen atmospheric plasma was used to pretreat polycarbonate (PC) and stretched poly
(methyl methacrylate)(PMMA) surfaces in order to enhance the adhesion of the dense silica …

The influence of Ar/O2 plasma activation and chromic acid etching of polycarbonate (PC)
surface on the adhesion of coating to substrate was systematically studied by cross‐cut and …

We have studied the influence of plasma treatment in various gases (Ar, NH3, N2) on the
surface modification of polycarbonate (PC) and on the adhesion of plasma-deposited silica …

Our study focuses on the use of a remote atmospheric pressure plasma process for the
improvement of polymer surface reactivity. Indeed, surface activation of carbon-fiber …

Atmospheric-pressure plasma (APP) has advantages for enhancing the adhesion of
polymers and has to provide uniform, efficient treatment, which also limits the recovery effect …

A study was conducted into enhancing scratch resistance of flexible polycarbonate (PC)
substrates by low temperature plasma-polymerized organosilica (SiOxCy) with various O2 …

In this study, recent advances in tailoring the surface properties of polymers for the
optimization of the adhesion of various coatings by non-equilibrium gaseous plasma are …

The atmospheric pressure of Ar+ H 2 O plasma jet has been analyzed and its effects on the
poly (methyl methacrylate)(PMMA) surface has been investigated. The PMMA surface …

The deposition of silicon alloys for protective and optical coatings on polymers is of
increasing interest. The understanding of the plasma polymer interaction is of prime …

Adhesion strengths between aluminium thin film coatings and manufactured carbon/epoxy
composite surfaces were measured by assessing fracture tensile strengths using pull-off …