Advanced Electrochemistry Concepts and Applications
Explore the fascinating world of advanced electrochemistry through topics such as electrical double layer, Faradaic and non-Faradaic current, mass transfer in cells, mechanism of mass transport, galvanic and electrolytic cells, anodes and cathodes, polarization, and more. Learn about ideal and non-polarized electrodes, concentration polarization, diffusion coefficient, Fick's second law, Levich equation, and Ohmic potential. Dive deep into the principles and applications of electrochemistry in various industries.
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Presentation Transcript
CHM 432: ADVANCED ELECTROCHEMISTRY
Mass Transfer in Cells with the Passage of Current
Ideal polarized and Non-polarized Electrodes and Cells
Effects of Ohmic potential and Concentration polarization
Effects of over potential and Concentration polarization
If the cell has a resistance of 6.42 and a current of 28.3mA is drawn, what will be the cell voltage?
What voltage must be applied to operate the same cell in reverse as an electrolytic cell.
