Add to ORKGThe influence of Corona treatment on the structure of cotton surface has been studied. The alterations on cuticle morphology with the creation of channels for water penetration, as well the chemical effect by oxidation of fatty matters were regarded as very important to justify the well known increase in hydrophilicity and friction properties. The changes on the surface were measured by spectroscopy XPS (X-ray Photoelectron Spectroscopy) and by AFM (Atomic Force Microscopy) microscopic techniques
Although the application of cellulase enzymes in the textile industry is quite popular, the morpholo...
Cotton fibres develop over four stages: initiation, elongation, secondary-wall thickening, and matur...
Textile industry has an important impact in world economy and consequently on environmental quality ...
Use of a CORONA discharge in na air atmospheric hás been shown to be a very effective way of increas...
In this study, corona technology is applied in the wet processing of cotton fabrics. The properties ...
The effect of Corona treatment on the surface of polymeric materials, specially animal and vegetable...
Surface chemistry and wetting properties of cotton fibres as affected by catalytic bleaching have be...
Surface chemistry and wetting properties of cotton fibres as affected by catalytic bleaching have be...
In this study, CO2 laser was used for treating cotton fabric to create surface effects which were fo...
The cleaning and swelling operations in cotton’s pré-treatmemt make it prepared for posterior dyeing...
Interaction of textile materials with liquids is very important to predict products behavior in diff...
The cleaning and swelling operations in cotton’s pre-treatment make it prepared for posterior dyeing...
Surface treatments to tailor fabric properties are in high demand by the modern garment industry. We...
Morphological and quantitative frictional measurements have been carried out on cotton fibres in dry...
This paper explores the changes in the mechanical parameters of cotton fiber materials (woven and kn...
Although the application of cellulase enzymes in the textile industry is quite popular, the morpholo...
Cotton fibres develop over four stages: initiation, elongation, secondary-wall thickening, and matur...
Textile industry has an important impact in world economy and consequently on environmental quality ...
Use of a CORONA discharge in na air atmospheric hás been shown to be a very effective way of increas...
In this study, corona technology is applied in the wet processing of cotton fabrics. The properties ...
The effect of Corona treatment on the surface of polymeric materials, specially animal and vegetable...
Surface chemistry and wetting properties of cotton fibres as affected by catalytic bleaching have be...
Surface chemistry and wetting properties of cotton fibres as affected by catalytic bleaching have be...
In this study, CO2 laser was used for treating cotton fabric to create surface effects which were fo...
The cleaning and swelling operations in cotton’s pré-treatmemt make it prepared for posterior dyeing...
Interaction of textile materials with liquids is very important to predict products behavior in diff...
The cleaning and swelling operations in cotton’s pre-treatment make it prepared for posterior dyeing...
Surface treatments to tailor fabric properties are in high demand by the modern garment industry. We...
Morphological and quantitative frictional measurements have been carried out on cotton fibres in dry...
This paper explores the changes in the mechanical parameters of cotton fiber materials (woven and kn...
Although the application of cellulase enzymes in the textile industry is quite popular, the morpholo...
Cotton fibres develop over four stages: initiation, elongation, secondary-wall thickening, and matur...
Textile industry has an important impact in world economy and consequently on environmental quality ...