Improved inorganic ion exchange membranes
New method makes solid ion exchange membrane electrolytes for use in hydrocarbon-oxygen and hydrogen-oxygen fuel cells. The membrane is a sintered composite of zirconia, phosphoric acid, and zeolite.
Engineering topics
Publications and source records attributed to Arrance, F. C..
New method makes solid ion exchange membrane electrolytes for use in hydrocarbon-oxygen and hydrogen-oxygen fuel cells. The membrane is a sintered composite of zirconia, phosphoric acid, and zeolite.
Method for returning electrolyte to the anode compartment in metal-oxygen second battery cells eliminates the problem of the anode drying out during charge-discharge cycling. Electrolyte forced out of the separator is returned to the anode by a microporous insert and wicking material.
Inorganic ion exchange membrane electrolytes for fuel cell use
Electrode design, inorganic separators, and performance tests of multiplate five ampere-hour silver-zinc battery cell
Inorganic separator for high temperature silver-zinc battery
Performance characteristics determined and materials tested for silver-zinc batteries with inorganic compound separators
Polyphenylene oxide case and cover mechanical properties determination, and component reliability tests for silver-zinc battery with inorganic separators
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