Sentence examples for modification of textile from inspiring English sources

A print resolution of 220 μm as the gap between the parallel lines of CPWs is achieved in this work without any surface modification of textile media.

Therefore, sputtering has opened up new possibilities in the modification of textile materials and is an exciting prospect for usage in textile design and technical textiles.

A modification of textile material with a titanium dioxide coating, applied with the help of radio frequency plasma enhanced chemical vapor deposition (RF PECVD) technique, is reported.

Cold plasma, an ionized mixture of gases with bulk temperature near the room temperature, can be safely used for surface modification of textile substrates.

Considering the special advantages of the application of nanostructured materials in textile industry, this section is focused on the modification of textile surface using different kinds of nanostructured materials which show excellent antimicrobial properties.

Because of the enormous amount of potential uses of non-thermal plasmas for the modification of textile products, categorizing the applications is difficult, and therefore a review is given on plasma treatment effects or results rather than on the textile applications that benefit from the treatment.

XPS, SIMS, SEM and AFM analyses showed that under suitable conditions, He/BD plasma resulted in nano-scale chemical modification of the textile substrate instead of weakly adhered physical deposition of condensates of BD on the surface.

In this paper, the effect of surface modification of a carbon textile on the flexural behavior of the textile reinforced fine aggregate concretes was investigated.

Therefore, a DBD in air at medium pressure provides an efficient modification of the chemical surface properties of textiles without destroying the physical structure.

We describe the hydro- and oleo-repellent modification of pure cashmere and wool/nylon textiles by means of an atmospheric pressure plasma treatment followed by an impregnation with a fluorocarbon resin.

The investigated parameters include the modification of cement mortar with CNTs, number of TRM layers, type of cementitious binder materials, and type of textile materials.