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This study involved investigating the feasibility o f using Electrochem ical Impedance Spectroscopy to assess the perform ance o f coatings used to protect alum inum in beverage containers, and developing an accelerated testing procedure. In the prelim inary investigation, tests were perform ed to ensure that the EIS system s at hand are capable, functional and consistent. This was followed by EIS testing o f kitchen-alum inum foil and high-im pedance epoxy polym er as a baseline for chem ically-active and chem ically-inert systems. The ability o f EIS to differentiate between intact and flawed coatings was tested by investigating deliberately dam aged coatings. The effects o f varying the pH and oxygen content on the perform ance o f the coated alum inum samples were also tested. From this investigation, it has been concluded that EIS can be used to differentiate •between intact and flaw ed coatings and detect corrosion before it is visually observable. Signatures o f corrosion have been recorded and a prelim inary testing procedure has been

theory of computing systems \/ mathematical systems theory

Studies of the use of electrochemical impedance spectroscopy to characterize and assess the performance of lacquers used to protect aluminum sheet and can ends