Abstract
A simple model is used to compute the resistance of the sulphur electrode as a function of charge. It is shown that the general network used for the simulation of the behaviour of the sulphur electrode can be simplified because of the relatively small value of the polarization resistance. Reasonable assumptions concerning the distribution of reactants and products are discussed. The model is able to assess the contribution of the sulphur electrode to the total cell resistance for a 16 Ah capacity cell.
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