Adsorption isotherms, thermodynamic and kinetic studies of dyeing are very much important to study the mechanism of dyeing with colorants on textiles.
pH is one of the important parameters for study of dye degradation.
We believe that the study of dye absorption behavior brings a new application realm for Bi2Se3 nanostructures.
The wastewater containing dye has commonly higher salt concentration, and effects of ionic strength are of some importance in the study of dye adsorption onto adsorbents (Han et al. 2007).
However, the pseudo-first-order and pseudo-second-order kinetic models are the most well-liked model to study the sorption kinetics of dyes and have been widely used in the kinetic study of dye sorption using various kinds of sorbent materials (Chowdhury and Saha 2010b).
Therefore, the biological method is the focus of recent studies on dye degradation and decolorization.
However, to the best of our knowledge, a comprehensive Raman and SERS study of dyes from historical Winsor & Newton handbooks has to date never been carried out.
In this article, the PEC study of dye-attached single-stranded DNA on Au NWs and Au-Ni-Au multilayer NWs prepared by pulse electrodeposition are investigated.
Only one comparative study of dyes on carpets from those cultures is mentioned in an exhibition catalogue, Flower Underfoot, at the Metropolitan Museum of Art (MMA) [6,7], although the part of scientific studies is not published.
This is the first extensive comparative study of dyes and metal threads of Safavid and Mughal velvets: the first evidence of yellow larkspur being the most used yellow dye in Persia, and of the possible differences in the two cultures' metal threads.
