A mathematical model for the porous lead dioxide electrode. II. The pseudo-steady state approach for low rates of discharge Daniel Simonsson Papers Pages: 109 - 115
The use of surface-active additives in electrochemical machining electrolytes J. Bannard Papers Pages: 117 - 124
The distribution of potential and electrochemical reaction rate in molten polysulphide electrodes J. G. Gibson Papers Pages: 125 - 134
Electrochemical capacitance characterization of n-type gallium arsenide T. AmbridgeM. M. Faktor Papers Pages: 135 - 142
Behaviour of nitrate impurity in nickelcadmium cells R. BarnardJ. A. LeeA. D. Sperrin Papers Pages: 143 - 154
Transpassive dissolution of mild steel in NaNO3 electrolytes D. -T. ChinK. -W. Mao Papers Pages: 155 - 161
Proceedings of Electrochemical Engineering symposium-Newcastle 1971 D. J. Pickett Essay Review Pages: 169 - 170