Plasma Treatment of Silk Fabrics for Better Dyeability.

Effect of Plasma on Dyeability of Fabrics

The unique physical and chemical characteristics of the plasma environment make it attractive for textile processing. Plasma is an ionized gas, i.e. it contains electrons, ions and neutral atoms and/or molecules. However, not all of the ionized gases used in textile processing will exhibit the properties associated with plasmas, mainly because of their low charge state densities compared to the...

Surface Modification Methods for Improving the Dyeability of Textile Fabrics

comparison of zoe and vitapex for canal treatment of necrotic primary teeth

چکیده ندارد.

Multifunctional Cocoon Silk Prepared by Plasma Treatment

Cocoon silks are composed of two silk proteins: sericin and fibroin. Fibroin is a semi crystalline polymer of natural fibrous protein mainly consisting of highly β-sheet crystals and noncrystalline part (micro voids and amorphous structures). Sericin is amorphous acting as an adhesive binder to maintain the fine filaments of fibroin core and the overall structural integrity of cocoon [1]. Silk ...

Inkjet Printing Effects of Pigment Inks on Silk Fabrics Surface-Modified with O2 Plasma

Without any preprocessing, silk fabric has lower ability to hold on water due to the smooth morphology of silk fibers. Therefore, patterns directly printed with pigment inks have poor color yields and easily bleed. Plasma surface-treatment of silk fabric was carried out in an oxygen atmosphere under different experimental conditions. The samples were printed with magenta pigment ink after treat...