Plasma processing technologies are of vital importance to several of the largest
manufacturing industries in the world. Foremost among these industries is the electronics …

Atmospheric plasma treatment as an environmentally friendly method was employed to
modify the surface properties and improve the absorption of natural cationic dye on to nylon …

In this paper, an in situ synthesis of copper nanoparticles on or within the polyamide chains
of nylon fabric was introduced through a simple chemical reduction method by using …

In this paper, the effects of oxygen and atmospheric plasma on air and water-vapor
permeability properties of single jersey bamboo fabric have been investigated. The changes …

Low temperature plasma (LTP) treatment of textiles has emerged as one of the
environmentally friendly surface modification methods. In this work, the effect of LTP …

Modern environmental finishing processes, like plasma, are necessary for society, and the
textile sector is on the lookout for cutting-edge production technology to improve fabric …

In this study, the surface of polyester and polyamide fabric were modified by atmospheric
pressure glow discharge plasma (APGD) under different operating conditions to improve the …

A wool/polyester blended fabric (45/55) has been printed using two different dye mixtures.
The substrate is exposed to low temperature plasma treatment prior to printing and then the …

plasmas underlie numerous important technological applications and devices as well as our
understanding of much of the universe around us. Plasma processing technologies are of …

Dielectric Barrier Discharge (DBD) atmospheric O2 plasma combined with CuONPs is
applied to silk fabric at a discharge power of 17.35 watt for 15 min exposure time and using …