On interrupting polarisation, the magnesium anode exhibits a negative overshoot in potential followed by a slow recovery to a steady state value. A model has been proposed to explain the opencircuit potential-time transient in terms of a spontaneous passivation of the metal and the consequent changes in the corrosion potential. Theoretical expressions have been derived for the timedependence of the open-circuit electrode potential. Calculated, potential-time curves thus obtained are in qualitative agreement with experimental data. A possible application of this phenomenon to develop non-destructive quality control tests of Mg, Li and Al-based dry cells has been pointed out
An empirically derived dependence of an apparent breakdown potential (Eb) of magnesium (Mg) on chlor...
Open-circuit, potential-time transients during the discharge of alkaline porous iron electrodes at v...
Magnesium alloy corrosion is often nonlinear. The corrosion rate accelerates to steady state after a...
On interrupting polarisation, the magnesium anode exhibits a negative overshoot in potential followe...
A physical model for the field-induced breakdown of the passive film on previous termmagnesiumnext t...
AbstractThe behaviour of magnesium electrodes has been investigated in 3.5% NaCl during free corrosi...
An empirically derived dependence of the breakdown potential (Eb) of pure magnesium (Mg) on chloride...
A two-parameter (potential V0 and time constant τ potential controlled relaxation technique is ...
Magnesiumnext term exhibits a previous termdelayednext term dissolution on anodic polarisation owing...
The film-covered anode/solution interface plays a crucial role in determining the performance of hig...
The open-circuit elecrtode potential of aluminium cut under deoxygenated 1N.KC1 solution rises from...
Although rechargeable magnesium (Mg) batteries show promise for use as a next generation technology ...
The open circuit voltage recovery transient of a positive-limited nickel-cadmium cell has been theor...
The effects of varying periods of open-circuit on the performance (operating potential, corrosion ra...
Uniform magnesium (Mg) plating/stripping under high areal capacity utilization is critical for the p...
An empirically derived dependence of an apparent breakdown potential (Eb) of magnesium (Mg) on chlor...
Open-circuit, potential-time transients during the discharge of alkaline porous iron electrodes at v...
Magnesium alloy corrosion is often nonlinear. The corrosion rate accelerates to steady state after a...
On interrupting polarisation, the magnesium anode exhibits a negative overshoot in potential followe...
A physical model for the field-induced breakdown of the passive film on previous termmagnesiumnext t...
AbstractThe behaviour of magnesium electrodes has been investigated in 3.5% NaCl during free corrosi...
An empirically derived dependence of the breakdown potential (Eb) of pure magnesium (Mg) on chloride...
A two-parameter (potential V0 and time constant τ potential controlled relaxation technique is ...
Magnesiumnext term exhibits a previous termdelayednext term dissolution on anodic polarisation owing...
The film-covered anode/solution interface plays a crucial role in determining the performance of hig...
The open-circuit elecrtode potential of aluminium cut under deoxygenated 1N.KC1 solution rises from...
Although rechargeable magnesium (Mg) batteries show promise for use as a next generation technology ...
The open circuit voltage recovery transient of a positive-limited nickel-cadmium cell has been theor...
The effects of varying periods of open-circuit on the performance (operating potential, corrosion ra...
Uniform magnesium (Mg) plating/stripping under high areal capacity utilization is critical for the p...
An empirically derived dependence of an apparent breakdown potential (Eb) of magnesium (Mg) on chlor...
Open-circuit, potential-time transients during the discharge of alkaline porous iron electrodes at v...
Magnesium alloy corrosion is often nonlinear. The corrosion rate accelerates to steady state after a...