Add to ORKGWithin the current work an attempt was made to use glow discharge low temperature plasma processing to produce carbon coatings on polypropylene unwoven fabric for electromagnetic field shielding applications. Layers were obtained from the gaseous phase (propane–butane). The influence of coatings on the dielectric buffer properties of modified fabrics was investigated. The Havriliak–Negami (HN) function precisely fits our relaxation data, hence the HN parameters could be used to control and optimize the processing of plasma coatings
The aim of this paper is electromagnetic testing of innovative shielding textiles in the frequency r...
In this paper wool and polyester fabrics were pretreated with atmospheric plasma glow discharge (APG...
Low temperature plasma is a useful technique to change the physical and chemical properties of texti...
Within the current work an attempt was made to use glow discharge low temperature plasma processing ...
Engineering of materials used for shielding from electromagnetic fields is currently one of the most...
Composite materials are becoming more widely used in the technique of shielding electromagnetic fiel...
In this study, a method of the metallisation of polypropylene (PP) nonwovens is presented.The influe...
Polypropylene (PP) fabrics were activated by an atmospheric pressure, dielectric barrier discharge t...
WOS: 000287903100006Polypropylene (PP) fabrics were activated by an atmospheric pressure, dielectric...
Currently, one of the most extensively developing field of applications of composite materials, is e...
The dielectric characteristics of conducting polymer-coated textiles in the frequency range 1–...
The performance of lightweight impact protective clothing depends on the constituting materials, the...
In this study, cotton textile samples, commonly used in making quilt covers were subjected to atmosp...
International audienceA fluorocarbon coating was deposited on polyester (PET) woven fabric using pul...
Surface properties of textile are important factors for the end-use materials properties. These surf...
The aim of this paper is electromagnetic testing of innovative shielding textiles in the frequency r...
In this paper wool and polyester fabrics were pretreated with atmospheric plasma glow discharge (APG...
Low temperature plasma is a useful technique to change the physical and chemical properties of texti...
Within the current work an attempt was made to use glow discharge low temperature plasma processing ...
Engineering of materials used for shielding from electromagnetic fields is currently one of the most...
Composite materials are becoming more widely used in the technique of shielding electromagnetic fiel...
In this study, a method of the metallisation of polypropylene (PP) nonwovens is presented.The influe...
Polypropylene (PP) fabrics were activated by an atmospheric pressure, dielectric barrier discharge t...
WOS: 000287903100006Polypropylene (PP) fabrics were activated by an atmospheric pressure, dielectric...
Currently, one of the most extensively developing field of applications of composite materials, is e...
The dielectric characteristics of conducting polymer-coated textiles in the frequency range 1–...
The performance of lightweight impact protective clothing depends on the constituting materials, the...
In this study, cotton textile samples, commonly used in making quilt covers were subjected to atmosp...
International audienceA fluorocarbon coating was deposited on polyester (PET) woven fabric using pul...
Surface properties of textile are important factors for the end-use materials properties. These surf...
The aim of this paper is electromagnetic testing of innovative shielding textiles in the frequency r...
In this paper wool and polyester fabrics were pretreated with atmospheric plasma glow discharge (APG...
Low temperature plasma is a useful technique to change the physical and chemical properties of texti...