Abstract
In this paper we investigate from a theoretical point of view the impact of varying bath temperature, excess AIF 3 and alumina concentration on cell resistance and cell control. The results are interpreted using knowledgeof the behavior of general resistance and anode beam controllers to study the influence on the anode cathode distance. This again leads to the proposal of a new control strategy for bath temperature and excess AlF 3 . The theoretical results obtained are supported using real data.
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