Interaction Parameters for CuCl2 Plus Orange G (OG) at 19.1oC Using Carbon Glassy Electrode (CGE) in KCl Aqueous Solutions
Journal: Asian Journal of Nanoscience and Materials (Vol.1, No. 4)Publication Date: Autumn2018
Authors : Essamhassan G Arafa Gomaa; Moustafa Diab; Adel Elsonbati; Hamed M Abulenader; Asmaa Helmy;
Page : 225-233
Keywords : ;
- Interaction Parameters for CuCl2 Plus Orange G (OG) at 19.1oC Using Carbon Glassy Electrode (CGE) in KCl Aqueous Solutions
- Interaction Parameters for CuCl2 Plus Orange G (OG) at 19.1oC Using Carbon Glassy Electrode (CGE) in KCl Aqueous Solutions
- Electrochemical Solvation Parameters for The Interaction of CuBr2 With Carbazine 720 (LC) in NaClO4 Using Glassy Carbon working electrode (cyclic voltammetry)
- Thermodynamic data (Voltammetrically) Estimated for the Interaction of Nano Cadmium Chloride (Ncc) with Isatin Using Glassy Carbon Electrode
- Thermodynamic data (Voltammetrically) Estimated for the Interaction of Nano Cadmium Chloride (Ncc) with Isatin Using Glassy Carbon Electrode
Abstract
The redox mechanisms were examined for copper chloride in absence and presence of Orange G (OG) at 19.1°C using Carbon glassy electrode (CGE). The supporting electrolyte used is 0.1 M KCl effect of scan rate was also studies for the redox reactions for CuCl2 alone and in presence of the ligand used orange G (OG). Stability constants for the complex formed from the interaction of CuCl2+ Orange G (OG) were evaluated with the different thermo chemical data. Effect of different scan rates were examined for cupric Chloride in absence and presence of the ligand used Orange G (OG).The different scans used are 0.1, 0.05, 0.02 and 0.01 V/Sec. The stability constants and Gibbs free energies of complexation were also estimated for the interaction of CuCl2 with Orange G (OG) in 0.1MKCl supporting electrolyte.
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