Abstract
Perfluorinated, non-hydrolysed, carbon-chain flat-sheet membranes were treated with ethylene diamine (EDA) to investigate the influence of EDA-treatment on the process of the Pt deposition on these membranes. The electrical resistances of the modified membranes were also measured, to determine the degree of modification of the membranes. Pt-containing membranes were characterised using SEM to compare the profile of the Pt deposition on Pt-containing membranes that were not modified. Dielectric analysis (DEA) was used to investigate the dipole and ion mobility of hydrolysed EDA-modified membranes.
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