β Scribed by T. Maoka; M. Enyo
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Basic equations for the overpotential build-up and decay transients of the coupled-controlled electrode reaction are presented. The transients were obtained on the basis of these equations by a computer simulation. and results were compared with experiments on the chlorine eleclrode reaction h-om a
A quantitative analysis is presented of the hydrogen pressure that is in equilibrium with adsorbed hydrogen at a Pd cathode and discussed on the basis of a mixed-controlled Volmer-Tafel mechanism of the hydrogen electrode reaction. Experimental evidence which supports this, but not the Volmer-Heyrov
## Ahabnet -Electrochemical aspects of the hydrogen embrittlement are discussed in terms of a possible mechanism change of the hydrogen-electrode reaction occurring at the surface of the metal. Hydrogen pressure equivalent to hydrogen over-potential is formulated for the dischargmmbination and the
A relationship between the overall electrolytic deuterium separation factor of the hydrogen electrode reaction and the separation factors of the steps that constitute the reaction is formulated for the discharge-combination route, without assuming an overwhelming unique rate-determining step. This i