Title of article :
Determination of Hg2+ by diphenylcarbazone compound in polymer film
Author/Authors :
Kazemzadeh ، Asghar Department of Nanotechnology Advanced Materials - Materials Energy Research Center , Kazemzadeh ، Hooman Faculty of Pharmacy - Tehran University of Medical Science
Abstract :
A sensitive optical sensor for determining Hg^2+ concentration has been prepared by incorporating the indicator dye, diphenylcarbazone, into cellulose acetate polymer film. The sensor was fabricated by binding diphenylcarbazone to a cellulose acetate film that had been previously subjected to exhaustive base hydrolysis. The method is easy to perform and uses acetyl cellulose as a carrier. The results showed that the sensor has the ability to determine the Hg^2+ concentration with ±6% error. Also, the adsorption capacity was 3.41 × 10^3 mmol/g.
Keywords :
Optical sensor , Mercury determination , Diphenylcarbazone compound , Cellulose acetate
Journal title :
Journal of Composites and Compounds
Journal title :
Journal of Composites and Compounds