Abstract
An overall description of the electrochemical processes occurring in cold fusion cells with palladium cathodes is presented. Power deposition distributions, deuterium activity/overvoltage relationships, uniformity of current density and symmetry of the cell design, and the possible role of poisons are discussed. The model presented is consistent with the performance of operating cells (with 6.35-mm-diarneter palladium cathodes), regarding voltages and power generation. Examination of a 3-mm cathode after extensive electrolysis has as yet revealed no evidence of fusion. An As-doping experiment is reported, and speculation on the famous cube experiment of Fleischmann and Pons is offered.
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