Organic coatings synthesized using plasma techniques, often called plasma polymers, are very frequently characterized routinely using X-ray photoelectron spectroscopy. In this paper, we show that, due to the intrinsic chemistry and structure of plasma polymers, such characterization is not trivial and should be carefully driven. Some routes to improve the characterization are proposed, and we show also that XPS, combined with other gas phase or solid state characterization techniques can successfully help to improve the structure, chemistry, and polymerization process of the coatings.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
In this study, we investigated the atmospheric plasma polymerization of allyl methacrylate (AMA), n-...
The promising low-k property of polymers is offset by the ease of penetration of their inherently po...
The treatment of polymer surfaces by low pressure plasmas is of technological interest in a variety ...
During the last few decades, non-thermal plasma surface functionalization of polymeric materials has...
Nitrogen- and oxygen-based plasma polymer films are materials with a complex and partially elusive s...
Title: XPS analysis of plasma polymers and nanocomposite films without breaking vacuum Author: Anna ...
The use of plasma technologies under atmospheric pressure for the surface modification of polymers a...
Oxygen rich organic coatings are synthesized in a dielectric barrier discharge at atmospheric pressu...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
Plasma polymerization reactions and plasma polymers of xylene/air, xylene/argon, xylene/air/argon, t...
The plasma-based surface modification of polymer materials with desirable bulk properties is a usefu...
Plasma polymers are unconventional organic thin films which only partially share the properties trad...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The surface properties of polymers are essential for various industrial applications. Spectroscopy t...
In this study, we investigated the atmospheric plasma polymerization of allyl methacrylate (AMA), n-...
The promising low-k property of polymers is offset by the ease of penetration of their inherently po...
The treatment of polymer surfaces by low pressure plasmas is of technological interest in a variety ...
During the last few decades, non-thermal plasma surface functionalization of polymeric materials has...
Nitrogen- and oxygen-based plasma polymer films are materials with a complex and partially elusive s...
Title: XPS analysis of plasma polymers and nanocomposite films without breaking vacuum Author: Anna ...
The use of plasma technologies under atmospheric pressure for the surface modification of polymers a...
Oxygen rich organic coatings are synthesized in a dielectric barrier discharge at atmospheric pressu...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
Plasma polymerization reactions and plasma polymers of xylene/air, xylene/argon, xylene/air/argon, t...
The plasma-based surface modification of polymer materials with desirable bulk properties is a usefu...
Plasma polymers are unconventional organic thin films which only partially share the properties trad...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The surface properties of polymers are essential for various industrial applications. Spectroscopy t...
In this study, we investigated the atmospheric plasma polymerization of allyl methacrylate (AMA), n-...
The promising low-k property of polymers is offset by the ease of penetration of their inherently po...
The treatment of polymer surfaces by low pressure plasmas is of technological interest in a variety ...