WOS: 000269379900002Knitted wool fabrics were treated with argon and air atmospheric plasma. Pilling, bursting strength, thermal resistance, thermal conductivity, air permeability, water vapor permeability and friction properties were investigated. The surfaces of untreated and plasma-treated wool fabrics were analyzed by scanning electron microscopy to compare the morphological changes. The outcomes showed that atmospheric plasma treatments affected the physical properties of wool fabrics such as thermal properties, water vapor permeability, air permeability and friction properties. While there was an increase in thermal resistance, water vapor permeability and friction properties; pilling tendency, bursting strength, thermal conductivity ...
We performed atmospheric pressure plasma treatments of wool/cashmere (15/85%) textiles with a dielec...
292-298Wool fabric has been treated with low-temperature plasma using a di-electric barrier dischar...
Atmospheric pressure plasma with a relatively short exposure time was sufficient to modify the wool ...
WOS: 000269379900002Knitted wool fabrics were treated with argon and air atmospheric plasma. Pilling...
WOS: 000266543400003In this study, air and argon atmospheric plasma were used for modifying some pro...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
A plain-weave wool fabric has been treated in a roll-to-roll atmospheric pressure, post-discharge pl...
WOS: 000267356700009This study is about environmentally safe pre-treatment for wool fabrics to impro...
Low temperature plasma (LTP) treatment was applied to wool fabric with the use of a non-polymerizing...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
This work concerns the study of some important physical and mechanical properties of a wool fabric t...
Low temperature plasma (LTP) treatment was applied to wool fabric with the use of a nonpolymerizing ...
Wool fabric was treated with low temperature plasma (LTP) with a non-polymerizing gas, namely oxygen...
either physically or chemically with the substrate [6]. There are few previous works concern-ing the...
We performed atmospheric pressure plasma treatments of wool/cashmere (15/85%) textiles with a dielec...
292-298Wool fabric has been treated with low-temperature plasma using a di-electric barrier dischar...
Atmospheric pressure plasma with a relatively short exposure time was sufficient to modify the wool ...
WOS: 000269379900002Knitted wool fabrics were treated with argon and air atmospheric plasma. Pilling...
WOS: 000266543400003In this study, air and argon atmospheric plasma were used for modifying some pro...
This study is about environmentally safe pre-treatment for wool fabrics to improve their printabilit...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
A plain-weave wool fabric has been treated in a roll-to-roll atmospheric pressure, post-discharge pl...
WOS: 000267356700009This study is about environmentally safe pre-treatment for wool fabrics to impro...
Low temperature plasma (LTP) treatment was applied to wool fabric with the use of a non-polymerizing...
The effect of plasma treatment using various gases on the end use properties of wool fabrics was inv...
This work concerns the study of some important physical and mechanical properties of a wool fabric t...
Low temperature plasma (LTP) treatment was applied to wool fabric with the use of a nonpolymerizing ...
Wool fabric was treated with low temperature plasma (LTP) with a non-polymerizing gas, namely oxygen...
either physically or chemically with the substrate [6]. There are few previous works concern-ing the...
We performed atmospheric pressure plasma treatments of wool/cashmere (15/85%) textiles with a dielec...
292-298Wool fabric has been treated with low-temperature plasma using a di-electric barrier dischar...
Atmospheric pressure plasma with a relatively short exposure time was sufficient to modify the wool ...