WOS: 000082413900007In order to increase the hydrophilicities, thereby to impart soil resistance and to improve dyeability, poly(ethylene terephatalate) (polyester) fabrics were treated in low-temperature plasmas. Two alternative modifications were applied. Fabrics were directly treated in acrylic acid plasma in one investigation, while in the other they were first treated in argon plasma and then immersed in an aqueous acrylic acid bath. The plasma conditions (i.e. exposure time and discharge power) were changed to control the extent of plasma surface modification in the first approach, while the acrylic acid content and the incubation time were changed in the second procedure. The wettability, and therefore the dyeability and soil repelle...
238-244This paper reports a novel approach for surface modification of 100 % cotton and 100 % polye...
Plasma-based surface modifications offer many interesting possibilities for the production of high v...
WOS: 000264516500009In order to raise wettability and to improve soil release of polyester (PES) and...
WOS: 000090097300009In order to increase the hydrophilicities, and therefore to impart soil resistan...
Acrylic woven fabrics were treated with plasma at low temperatures to increase their hydrophilicity ...
In order to increase the hydrophilicities, and therefore to impart soil resistance and to improve dy...
In this study, the surface characteristics of polyester and polyamide fabrics were changed by plasma...
WOS: 000176531700009Poly(ethylene terephthalate)/cotton fabrics have been treated in low-temperature...
Within the context of environmental impact, the scope of the current study is focused on researching...
In this study we demonstrate the feasibility of dyeing polyester with reactive dye after treatment w...
In this study, wool fibers arc modified by low frequency plasma polymerization of acrylic acid regar...
74-78The effect of low-temperature plasma treatment on the surface modification of cotton and poly...
In order to raise wettability and to improve soil release of polyester (PES) and polypropylene (PP) ...
The impact of plasma treatment parameters on the surface morphology, physical-chemical, and dyeing p...
Polyethylene Terephthalate (PET) fabric, a recycled synthetic fiber, has been frequently studied to ...
238-244This paper reports a novel approach for surface modification of 100 % cotton and 100 % polye...
Plasma-based surface modifications offer many interesting possibilities for the production of high v...
WOS: 000264516500009In order to raise wettability and to improve soil release of polyester (PES) and...
WOS: 000090097300009In order to increase the hydrophilicities, and therefore to impart soil resistan...
Acrylic woven fabrics were treated with plasma at low temperatures to increase their hydrophilicity ...
In order to increase the hydrophilicities, and therefore to impart soil resistance and to improve dy...
In this study, the surface characteristics of polyester and polyamide fabrics were changed by plasma...
WOS: 000176531700009Poly(ethylene terephthalate)/cotton fabrics have been treated in low-temperature...
Within the context of environmental impact, the scope of the current study is focused on researching...
In this study we demonstrate the feasibility of dyeing polyester with reactive dye after treatment w...
In this study, wool fibers arc modified by low frequency plasma polymerization of acrylic acid regar...
74-78The effect of low-temperature plasma treatment on the surface modification of cotton and poly...
In order to raise wettability and to improve soil release of polyester (PES) and polypropylene (PP) ...
The impact of plasma treatment parameters on the surface morphology, physical-chemical, and dyeing p...
Polyethylene Terephthalate (PET) fabric, a recycled synthetic fiber, has been frequently studied to ...
238-244This paper reports a novel approach for surface modification of 100 % cotton and 100 % polye...
Plasma-based surface modifications offer many interesting possibilities for the production of high v...
WOS: 000264516500009In order to raise wettability and to improve soil release of polyester (PES) and...