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NASA NTRS · 19670005824

Investigation of battery active nickel oxides Final report

Lerner, S.·Ritterman, P.·Seiger, H. N.
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Abstract

Identification and characterization of battery active compound structures formed on nickel oxide electrode during charging and discharging

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BATTERYNICKEL OXIDEHYDROXYLELECTRODECRYSTAL STRUCTURE

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BibTeXRIS

Lerner, S., Ritterman, P., Seiger, H. N.. 1966-09-12. Investigation of battery active nickel oxides Final report. https://ntrs.nasa.gov/citations/19670005824

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BATTERY subjectCRYSTAL STRUCTURE subjectELECTRODE subjectHYDROXYL subjectNICKEL OXIDE subject

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Multikilowatt hydrogen-nickel oxide battery system

The potential of the H2-NiO battery for terrestrial applications was assessed. A multicell design approach that differs significantly from the aerospace individual pressure vessel was used. A number of experimental 100-Ah cells were built to evaluate the new design concepts and components. The experimental cells provided the input needed for a multicell battery design. It is found that new multicell H2-NiO battery has a number of potential advantages for aerospace applications such as the manned space station. The advantages are discussed, and a design concept is presented for a multikilowatt battery in a lightweight pressure vessel.

Dunlop, J. D.↗