## Abstract The views developed in parts III and IV of this series are applied to alternating current polarography in the impedance plane. It is shown that from such polarograms a quantity q can be determined which is inversely proportional to concentration. The method covers a concentration range
On the impedance of galvanic cells: XXVI. Application of the complex plane method in the case of mixed currents
โ Scribed by B.G. Dekker; M. Sluyters-Rehbach; J.H. Sluyters
- Publisher
- Elsevier Science
- Year
- 1969
- Weight
- 402 KB
- Volume
- 23
- Category
- Article
- ISSN
- 0022-0728
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๐ SIMILAR VOLUMES
## Abstract The theory developed in part IV^1^ and part VI^2^ of this series has been verified by experiments. The results are:
## Abstract The theory described in part I of this series __J. H. Sluyters__, Rec. trav. chim. **79**, 1092 (1960). is applied to alternating current polarography by treating the complex cell impedance and cell admittance as functions of d.c. voltage. It is proposed to plot a.c. polarograms in th
## Abstract It is shown both by calculation and experimentally that in a galvanic cell with two plane electrodes, through which an alternating current flows, the concentration waves interfere if the distance of the electrodes is of the order of a wave length.
An impedance study of the Pt(II)/Pt and the AgI/Ag electrode in molten LiC1-KC1 eutectic has been published by Hill et al. t. These authors analyzed their data in two ways. Firstly, they followed classical analysis, making Randles' plots of the components of the faradaic impedance, obtained after su