โ Scribed by R.D. Armstrong; K. Edmondson
No coin nor oath required. For personal study only.
For potentials negative to -910 mV, where the impedance was capacitive, Ca~ was calculated &rectly from values of 1/toC, m the complex impedance plane plots
๐ SIMILAR VOLUMES
## Abstract The electrochemical behaviour of a Cd anode was investigated in 0.05โ2 M NaOH solutions by the potentiodynamic technique. The polarization curves exhibit active to passive transition prior to oxygen evolution. The threshold potential of the active dissolution is very close to the revers
The electrochemical behaviour of the Cd electrode in O-1-6 N NaOH has been investigated. Both the potentiostatic and galvanostatic techniques were employed. It has been shown that the electrode surface is primarily covered with a porous layer of Cd(OH), which is precipitated from the solution. Above
The effectiveness of the scraping was judged on the basis of results obtained by voltammetry with current. It was found to vary with potential at constant speed of rotation of the electr f?$rat$~yt~~&rma~ t the surface in the region where layers of hydroxide or oxide t IS formed between OG? and 0.15