Computer Science – Performance
Scientific paper
Sep 1976
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976ips..sympr....c&link_type=abstract
International Power Sources Symposium Committee, International Power Sources Symposium, 10th, Brighton, England, Sept. 13-16, 19
Computer Science
Performance
Electric Discharges, Environment Effects, Primary Batteries, Service Life, Volt-Ampere Characteristics, Air, Capacity, Decay Rates, Design Analysis, Optimization, Performance Tests, Zinc
Scientific paper
A theoretical analysis is presented indicating that zinc-air cells have twice the capacity of mercury and silver cells. Discharge and decay mechanisms are considered in detail and design data presented which allow optimization of any zinc-air cell for maximum capacity and tolerance to environmental conditions. Performance details for zinc-air button cells are compared with the three most common mercury and silver hearing aid cells. The zinc-air cells have twice the capacity and maintain this benefit over a wide range of duty cycles and environmental conditions. Proposed future applications for the zinc-air system include low drain/long life requirements such as watches, flashing barricade lights and signalling devices.
Cretzmeyer J. W.
Espig H. R.
Melrose R. S.
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