A program to develop a high-energy density primary battery with a minimum of 200 watt hours per pound of total battery weight Seventh quarterly report, Jan. 1 - Mar. 31, 1966
Cathodic materials for high energy density storage battery
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Cathodic materials for high energy density storage battery
High energy density primary battery - film formation on cupric fluoride cathodes discharged in organic electrolytes
Evaluation of various anode-electrolyte and cathode-electrolyte combinations for high energy density battery
Radiation effects on silver and zinc electrodes in silver-zinc battery
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High energy density primary battery development - electrochemical half-cell screening of anode- electrolyte combinations, cell discharge, and potential studies
Development of membrane separators for sterilizable silver-zinc battery
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Fabrication and test of polyethylene base material for heat sterilization resistance and for battery separators in silver-zinc alkaline cell
Lithium anodes, inorganic and organic cathodes, vacuum-distilled solvents, and methods for sintering cupric fluoride on lightweight metal substrates - development of high energy battery
Simulation of spacecraft battery operation is implemented. Robust design experiment to obtain optimum battery operational parameters is performed. It is found that short term tests using robust design of experiments can provide guidelines for optimum battery operation. It is decided to use robust design approach to provide guidelines for battery operation on current spacecraft in orbit as batteries age (GRO, UARS, EUVE, TOPEX).
Battery for international ionosphere satellite ariel i
High capacity nonaqueous secondary battery - synthesis and electrochemical studies of dialkyl and diary beryllium compounds, organoberyllium complex salts, and other complex salt solutions
Engineering development of high capacity nonaqueous secondary battery
Separator system development for primary zinc- silver oxide battery
Prismatic and bobbin electrochemical cells for low temperature battery
Primary zinc, silver oxide battery design