The low-pressure pulsed plasma is a crucial tool for the construction of materials in the form
of coatings with variable properties. The pulsed mode is characterized by many parameters …

Material assembly based on elastomer part and metallic substrate has been widely used in
many industrial sectors. However, the adhesion between the two materials requests specific …

The formation of thin film coatings of polymers in glow discharge systems was recognized as
early as the 19 th century. However, they were considered as by-products of electrical …

In this paper, a plasma-enhanced chemical vapor deposition process that is useful for the
preparation of thin and ultrathin films of controlled mechanical properties is identified …

Organosilicon nanocoatings are key materials that are part of many mechanical, optical,
electronic, and medical devices and are essential to optimize the surface properties of any …

The performance of fiber-reinforced composites is strongly influenced by the functionality of
composite interphases. Sizing, ie functional coating (interlayer), is therefore tailored to …

With the advent of emerging technologies all over the world at the end of 20th century and in
the beginning of 21st century, polymers have played a huge role in transforming conceptual …

Plasma polymer deposition, especially on polymer substrates, enables functional surfaces.
Since generally film failure should be avoided, the coating on polymers requires adapted …

The barrier properties of thin plasma polymer layers on metals were characterised by means
of electrochemical impedance spectroscopy (EIS). Tailored microwave plasma polymer …

This work describes an investigation of the properties of polymer films prepared by plasma
immersion ion implantation and deposition. Films were synthesized from low pressure …