AC impedance studies of the discharge process of a Mg₂Ni-type hydrogen storage alloy electrode in 6M KOH solution
By Cui, N & Luo, J.L
Published in Journal of Alloys and Compounds
NULL
1998
Abstract
The discharge process of Mg₂Ni-type hydrogen storage alloy electrode, consisting of Mg–Ni–Al–V, was characterized by AC impedance spectroscopy at various depth of discharge (DOD) in 6M KOH solution at room temperature. The dependence of impedance versus DOD is apparently presented in the form of 3D impedance plots. An equivalent circuit has been worked out by simulating experimental impedance dispersion, and all parameters in the proposed equivalent circuit were determined. The rate-determining step (RDS) of the dehydriding reaction for this alloy electrode was found to change with DOD, from mixed-controlled at the initial stage of the discharge process to diffusion-controlled at the last stage of the discharge process.
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