Abstract
The present paper is concerned with advanced battery systems employing glass as a solid electrolyte. After an initial discussion of battery systems employing solid electrolytes, and of the attractive features offered by glass electrolytes, consideration is given to batteries fabricated with such electrolytes and to their performance characteristics. Subsequent discussion is directed to the two principal characteristics of glasses which are critical to their use as solid electrolytes - viz., their electrical conductivity and resistance to corrosive attack. The present state of knowledge in each of these areas is summarized, with particular focus on glasses with exceptionally high ionic conductivities - so-called fast ion conductors or FIC's.
Uhlmann, D R;
Tuller, H L;
Button, D P;
Valez, M
[1]
- Massachusetts Inst. of Tech., Cambridge (USA). Dept. of Materials Science and Engineering
Citation Formats
Uhlmann, D R, Tuller, H L, Button, D P, and Valez, M.
Solid electrolyte batteries and fast ion conducting glasses, factors affecting a proposed merger.
Germany: N. p.,
1983.
Web.
Uhlmann, D R, Tuller, H L, Button, D P, & Valez, M.
Solid electrolyte batteries and fast ion conducting glasses, factors affecting a proposed merger.
Germany.
Uhlmann, D R, Tuller, H L, Button, D P, and Valez, M.
1983.
"Solid electrolyte batteries and fast ion conducting glasses, factors affecting a proposed merger."
Germany.
@misc{etde_5347605,
title = {Solid electrolyte batteries and fast ion conducting glasses, factors affecting a proposed merger}
author = {Uhlmann, D R, Tuller, H L, Button, D P, and Valez, M}
abstractNote = {The present paper is concerned with advanced battery systems employing glass as a solid electrolyte. After an initial discussion of battery systems employing solid electrolytes, and of the attractive features offered by glass electrolytes, consideration is given to batteries fabricated with such electrolytes and to their performance characteristics. Subsequent discussion is directed to the two principal characteristics of glasses which are critical to their use as solid electrolytes - viz., their electrical conductivity and resistance to corrosive attack. The present state of knowledge in each of these areas is summarized, with particular focus on glasses with exceptionally high ionic conductivities - so-called fast ion conductors or FIC's.}
journal = []
volume = {32:2-3}
place = {Germany}
year = {1983}
month = {Jan}
}
title = {Solid electrolyte batteries and fast ion conducting glasses, factors affecting a proposed merger}
author = {Uhlmann, D R, Tuller, H L, Button, D P, and Valez, M}
abstractNote = {The present paper is concerned with advanced battery systems employing glass as a solid electrolyte. After an initial discussion of battery systems employing solid electrolytes, and of the attractive features offered by glass electrolytes, consideration is given to batteries fabricated with such electrolytes and to their performance characteristics. Subsequent discussion is directed to the two principal characteristics of glasses which are critical to their use as solid electrolytes - viz., their electrical conductivity and resistance to corrosive attack. The present state of knowledge in each of these areas is summarized, with particular focus on glasses with exceptionally high ionic conductivities - so-called fast ion conductors or FIC's.}
journal = []
volume = {32:2-3}
place = {Germany}
year = {1983}
month = {Jan}
}