This paper presents the results of experimental investigations of the plasma surface
modification of a poly (methyl methacrylate)(PMMA) polymer and PMMA composites with a …

Low pressure plasma treatment using radiofrequency (rf) discharge of argon gas was
employed to improve the hydrophilicity of polypropylene. The effects of argon plasma on the …

Gas discharge plasmas, also known as low-temperature plasmas, have drawn much
attention in past few decades because of their importance in many technological …

The paper discusses the deposition of protective coatings ranging from organosilicon
plasma polymers to SiO 2-like films and hard diamond-like carbon/silicon oxide (DLC: SiO x) …

The polypropylene (PP) strips were modified with the industrial gliding arc discharge
working in air flow at 50 Hz. The experiments aimed at increased wettability and improved …

The specific properties of an atmospheric pressure plasma make it an attractive tool for the
surface treatment of various materials. With this in mind, this paper presents the results of …

Thin organosilicon and silicon oxide films were deposited in rf capacitively coupled
discharges from a mixture of hexamethyldisiloxane (HMDSO) and oxygen. The …

This study deals with the radio‐frequency plasma treatment of polycarbonate surfaces with
argon. The wettability of polycarbonate was examined by static contact angle measurements …

The optical properties and structure of aC: H films were modified by addition of nitrogen into
the CH4/H2 deposition mixture. Three films prepared in capacitively coupled rf discharge …

A homogeneous atmospheric pressure dielectric barrier discharge was used for the surface
modification of polycarbonate (PC). The discharge was generated between two planar metal …