In this work it was investigated the effect of the exposure to different plasmas on the
wettability of silicone samples. We have observed that oxygen. argon, and hydrogen glow …

Thin films derived from linalyl acetate were fabricated using the Radio Frequency (RF)
plasma polymerisation technique between RF power levels of 10 and 75W. The optical …

A comparative study of 150 keV argon (Ar+) and oxygen (O+) ion implantation induced
microstructural modifications in Bakelite Resistive Plate Chamber (RPC) detector material at …

Thin films were prepared by plasma enhanced chemical vapour deposition (PECVD) from a
mixture of acetylene and argon, and post deposition-treated by plasma immersion ion …

Plasma polymer thin films are pinhole-free and have also a high cross-linked structure.
These kinds of films are insoluble in mild acids and bases and present good adhesion on …

Carbon dots (CDs) are a class of highly photoluminescent nanomaterials that are less toxic,
exhibit good compatibility in biological studies, and they are of sizes typically below 10 nm …

Structural and surface properties of acetylene plasma polymer films were studied as a
function of treatment time via Plasma Immersion Ion Implantation (PIII). The polymer films …

Filmes finos polimerizados a plasma apresentam estruturas amorfas, reticulados, que os
tornam resistentes a ataques químicos em meios ácidos ou básicos, além de serem …

The focus of this thesis is to achieve plasma based surface modification of polymers. Highly
ionized carbon plasma was generated from a filtered cathodic arc source in a vacuum …