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π SIMILAR VOLUMES
The inff uence of temperature on the hydrogenltritium separation factor, S,, has been determined at mercury cathodes in concentrated HCl solutions[l], and at mercury and nickel cathodes in methanolic HCICZ]. The hydrogen evolution reaction on mercury is governed by the hydrogen ion discharge and pro
Discharge and charge reactions of MoO3 electrodes in organic Li Γ· electrolytes are shown to be reversible topotactic redox processes of layered i + o xmolybdenum bronzes L x[M Os] . The kinetically accessible charge range amounts to 0.1 ~< x < 1.5 with the lower limit of x depending on the precedent
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