MERCURY CELL BATTERY INVESTIGATION
Abstract:
IMPROVEMENTS WERE MADE IN THE APPARATUS FOR DETERMINING THE VOLUME OF GAS GENERATED DURING CHEMICAL REACTIVITY RATE STUDIES. Preliminary specimens of the liquid anode retaining member were produced. The use of Pd in the Ag-HgO positive electrode effected a pronounced change in the behavior of this electrode. During the charging operation a more uniform voltage was maintained. Charge and discharge experiments continued. Discharge rates up to 2000 masq in. were achieved at room temperature under uninhibited conditions for the negative electrode. The permissable charge rate on the positive electrode was the limiting process. Preliminary charge and discharge data were obtained at 32 F. Considerable preliminary data was obtained on electrode separator materials. The effect of selenite in the electrolyte was studied from the standpoint of charge and discharge reactions. Cycle test data was obtained. Author