"Study the Effect of Immobilization on Electrostatic Potential for Methyl Orange Dye "

Abstract

"In the current study, the effect of the immobilization on electrostatic potential, pH and the absorbance of aqueous solutions of methyl orange that was immobilized on a modified chitosan polymer by glass wool were studied. It was found that the values of these parameters of the supported methyl orange are increased compared to unsupported samples. Furthermore, the electrostatic potential of the supported methyl orange is investigated in the presence of an aqueous solutions of NaCl, where showed the value of the electrostatic potential is raised With increasing ionic strength of the sodium chloride solution and a decrease in the value of pKa to the methyl orange dye after immobilization while the results are inversely before immobilization methyl orange on a modified chitosan polymer by glass wool.

Effect of Violet Laser Irradiation on the Optical Properties of Polyvinyl Alcohol/Methyl Orange Composite Thick Films: A Model for Medical Applications

“…This dye is represented in Figure 2 below [9]. A composite material is defined as an assembly composed of two or more distinct substances, where the resulting properties are superior to those of the individual constituents [10][11][12][13]. These materials have been integral in addressing engineering challenges and are now widely utilized in various applications, including the automotive industry [14][15][16][17].…”