The energy saving mechanism of gas diffusion electrode based on Pt/C catalyst for saving energy and green electrodeposition of manganese dioxide
By Jing Tang and Hui-min Meng and Sen Li and Meihui Yu and Huan Li and Jin hui Shi
Published in Electrochimica Acta
NULL
2015
Abstract
The electrodeposition of manganese dioxide is obtained by using Pt/C \GDE\ rather than the traditional electrode (Cu) in order to save energy and protect the environment. Thus, the energy-saving mechanism of Pt/C gas diffusion electrode (Pt/C GDE) in high temperature and strong acid MnSO4 media is studied. The cell voltage and the cathode potential of Pt/C \GDE\ and Cu electrode are tested in 30 g/dm3 \H2SO4\ + 120 g /dm3 MnSO4 at 80
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