Open-circuit, potential-time transients during the discharge of alkaline porous iron electrodes at various states-of-charge have been studied. It has been possible to arrive at a correlation between the parameters of the selfdischarge kinetics and the observed potential-recovery time constants. The study also provides a method of estimating state-of-charge of the rechargeable alkaline iron electrode
Simulations are reported for the cyclic voltammetry of both electrochemically reversible and irrever...
The electrocatalysis of charge/discharge reactions of alkaline-iron electrodes with and without the ...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...
Open-circuit potential-time transients during the discharge of alkaline porous iron electrodes at va...
Open-circuit potential—time transients during the discharge of alkaline porous iron electrodes at va...
Pressed-plate carbonyl iron electrodes for rechargeable iron–air batteries have recently been descri...
The kinetics of iron and hydrogen electrode reactions occurring on porous alkaline iron electrodes h...
The formation mechanism of alkaline iron electrodes has been studied using galvanostatic polarisatio...
A method for characterising the sintered iron electrode based on triangular potential sweep voltamme...
On interrupting polarisation, the magnesium anode exhibits a negative overshoot in potential followe...
The effect of FeS, PbS and $Bi_2S_3$ additives on the charge/discharge reactions of porous iron elec...
A mathematical model which describes the operation of porous battery electrodes has been developed. ...
Fe-air batteries provide a most promising, resource-efficient battery concept with superior power de...
The potentiodynamic behaviour of iron in alkaline solutions under carefully controlled perturbation ...
Kinetics of passivity and chloride-induced depassivation of iron exposed to simulated concrete pore ...
Simulations are reported for the cyclic voltammetry of both electrochemically reversible and irrever...
The electrocatalysis of charge/discharge reactions of alkaline-iron electrodes with and without the ...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...
Open-circuit potential-time transients during the discharge of alkaline porous iron electrodes at va...
Open-circuit potential—time transients during the discharge of alkaline porous iron electrodes at va...
Pressed-plate carbonyl iron electrodes for rechargeable iron–air batteries have recently been descri...
The kinetics of iron and hydrogen electrode reactions occurring on porous alkaline iron electrodes h...
The formation mechanism of alkaline iron electrodes has been studied using galvanostatic polarisatio...
A method for characterising the sintered iron electrode based on triangular potential sweep voltamme...
On interrupting polarisation, the magnesium anode exhibits a negative overshoot in potential followe...
The effect of FeS, PbS and $Bi_2S_3$ additives on the charge/discharge reactions of porous iron elec...
A mathematical model which describes the operation of porous battery electrodes has been developed. ...
Fe-air batteries provide a most promising, resource-efficient battery concept with superior power de...
The potentiodynamic behaviour of iron in alkaline solutions under carefully controlled perturbation ...
Kinetics of passivity and chloride-induced depassivation of iron exposed to simulated concrete pore ...
Simulations are reported for the cyclic voltammetry of both electrochemically reversible and irrever...
The electrocatalysis of charge/discharge reactions of alkaline-iron electrodes with and without the ...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...