Cold plasma treatment of polyester fabric in the presence of several volatile monomers containing expected flame retardant elements was made and some of the flammability characteristics of the plasma/monomer-treated fabric were studied. The plasma treatment on the fabric caused a slight decrease in both oxygen index values and burning rates. It is believed that crosslinking outweights the effect of grafted elements. The results of wettability and TGA tests as well as SEM data are included
Low temperature plasma treatments are applied to linen with oxygen and argon at various discharge po...
WOS: 000090097300009In order to increase the hydrophilicities, and therefore to impart soil resistan...
Low temperature plasma technology is well established in surface modification of polymer materials o...
This study deals with the use of plasma to activate the fabric surface to increase the add-on of fla...
Flammability properties of plasma pretreated cotton fabrics subjected to flame-retardant treatment w...
Low temperature plasma treatments were applied to linen with oxygen and argon under various level of...
This research work involves the plasma treatment of polyethylene terephthalate fiber to improve perf...
74-78The effect of low-temperature plasma treatment on the surface modification of cotton and poly...
Investigations focused on physico-chemical modifications of a polyethylene terephthalate (PET) nonwo...
In this study, the surface characteristics of polyester and polyamide fabrics were changed by plasma...
In this study we demonstrate the feasibility of dyeing polyester with reactive dye after treatment w...
WOS: 000082413900007In order to increase the hydrophilicities, thereby to impart soil resistance and...
Nylon 6 fabrics were treated with low temperature plasma (LTP) with three non-polymerizing gases: (i...
Abstract: Plasma treatment has an explosive increase in interest and use in industrial applications ...
Application of a combined atmospheric plasma/UV laser to cotton fabrics impregnated with selected no...
Low temperature plasma treatments are applied to linen with oxygen and argon at various discharge po...
WOS: 000090097300009In order to increase the hydrophilicities, and therefore to impart soil resistan...
Low temperature plasma technology is well established in surface modification of polymer materials o...
This study deals with the use of plasma to activate the fabric surface to increase the add-on of fla...
Flammability properties of plasma pretreated cotton fabrics subjected to flame-retardant treatment w...
Low temperature plasma treatments were applied to linen with oxygen and argon under various level of...
This research work involves the plasma treatment of polyethylene terephthalate fiber to improve perf...
74-78The effect of low-temperature plasma treatment on the surface modification of cotton and poly...
Investigations focused on physico-chemical modifications of a polyethylene terephthalate (PET) nonwo...
In this study, the surface characteristics of polyester and polyamide fabrics were changed by plasma...
In this study we demonstrate the feasibility of dyeing polyester with reactive dye after treatment w...
WOS: 000082413900007In order to increase the hydrophilicities, thereby to impart soil resistance and...
Nylon 6 fabrics were treated with low temperature plasma (LTP) with three non-polymerizing gases: (i...
Abstract: Plasma treatment has an explosive increase in interest and use in industrial applications ...
Application of a combined atmospheric plasma/UV laser to cotton fabrics impregnated with selected no...
Low temperature plasma treatments are applied to linen with oxygen and argon at various discharge po...
WOS: 000090097300009In order to increase the hydrophilicities, and therefore to impart soil resistan...
Low temperature plasma technology is well established in surface modification of polymer materials o...