Andere Kunden interessierten sich auch für
![Combined laccase-ultrasound processes for industrial applications]( "Combined laccase-ultrasound processes for industrial applications")
Combined laccase-ultrasound processes for industrial applications49,99 €![STUDIES ON THE ELECTROCHEMICAL BEHAVIOUR]( "STUDIES ON THE ELECTROCHEMICAL BEHAVIOUR")
STUDIES ON THE ELECTROCHEMICAL BEHAVIOUR54,99 €![Electrochemical (Bio)sensors for Detection of the Endocrine Disruptors]( "Electrochemical (Bio)sensors for Detection of the Endocrine Disruptors")
Electrochemical (Bio)sensors for Detection of the Endocrine Disruptors49,99 €![Effect of Indium Content on the Electrochemical and Corrosion Behavior]( "Effect of Indium Content on the Electrochemical and Corrosion Behavior")
Effect of Indium Content on the Electrochemical and Corrosion Behavior57,99 €![On the chemical and electrochemical formation of aluminium carbide]( "On the chemical and electrochemical formation of aluminium carbide")
On the chemical and electrochemical formation of aluminium carbide41,99 €![Fundamental studies of the electrochemical behaviour of pyrrhotite]( "Fundamental studies of the electrochemical behaviour of pyrrhotite")
Fundamental studies of the electrochemical behaviour of pyrrhotite59,99 €![Quantum Modeling of Spin-Selective Processes of the Triplet State]( "Quantum Modeling of Spin-Selective Processes of the Triplet State")
Quantum Modeling of Spin-Selective Processes of the Triplet State53,99 €
The effect of ultrasound on dye degradation and the anodic behaviour of copper was studied. Dye degradation was studied by bulk sonolysis and bulk electrolysis of aqueous solutions containing three model dyes. Electrolytic dye degradation was achieved using potassium chloride, potassium sulphate, and potassium nitrate as electrolytes. Electrochemical degradation was fastest using potassium chloride since chlorine and hence hypochlorite (bleach) were generated during electrolysis. Ultrasound was found to degas chlorine and this resulted in slow sonoelectrochemical degradation rates. This was not the case when potassium sulphate and potassium nitrate were used as electrolyte and the sonoelectrochemical process revealed a synergistic effect of ultrasound and electrochemistry during dye degradation. This synergistic effect was a result of the improved mass transport during sonication. The electrochemistry of copper was studied by anodic polarisation of a copper electrode and the effect of ultrasound upon the voltammetry and chronoamperometry of copper was established. Anodic dissolution of copper was found to be promoted by sonication.