Abstract
The replacement of lithium metal from the negative electrode of lithium batteries by a material allowing the reversible insertion of lithium ions is an undeniable commercial success. Carbon electrodes, generally called Li{sub x}C{sub 6}, are the most common type and allow to increase the service life of the battery, its charging fastness and its safety. The safety of such batteries is well known in normal conditions of use, but it has to be known also in any abusive condition of use, whatever is the charging state. The mastery of the phenomena that can occur requires a good knowledge of the kinetics of the exothermal chemical reactions involved. (J.S.) 8 refs.
Biensan, Ph;
Le Nay, F;
[1]
Simon, B;
[2]
Bodet, J M
[3]
- SAFT, Direction de la Recherche, 91 - Marcoussis (France)
- Alcatel Alsthom Recherche, 91 - Marcoussis (France)
- SAFT, Advanced and Industrial Battery Group, 86 - Poitiers (France)
Citation Formats
Biensan, Ph, Le Nay, F, Simon, B, and Bodet, J M.
About the safety of lithium batteries with carbon anode; De la securite des accumulateurs au lithium a anode de carbone.
France: N. p.,
1996.
Web.
Biensan, Ph, Le Nay, F, Simon, B, & Bodet, J M.
About the safety of lithium batteries with carbon anode; De la securite des accumulateurs au lithium a anode de carbone.
France.
Biensan, Ph, Le Nay, F, Simon, B, and Bodet, J M.
1996.
"About the safety of lithium batteries with carbon anode; De la securite des accumulateurs au lithium a anode de carbone."
France.
@misc{etde_333975,
title = {About the safety of lithium batteries with carbon anode; De la securite des accumulateurs au lithium a anode de carbone}
author = {Biensan, Ph, Le Nay, F, Simon, B, and Bodet, J M}
abstractNote = {The replacement of lithium metal from the negative electrode of lithium batteries by a material allowing the reversible insertion of lithium ions is an undeniable commercial success. Carbon electrodes, generally called Li{sub x}C{sub 6}, are the most common type and allow to increase the service life of the battery, its charging fastness and its safety. The safety of such batteries is well known in normal conditions of use, but it has to be known also in any abusive condition of use, whatever is the charging state. The mastery of the phenomena that can occur requires a good knowledge of the kinetics of the exothermal chemical reactions involved. (J.S.) 8 refs.}
place = {France}
year = {1996}
month = {Dec}
}
title = {About the safety of lithium batteries with carbon anode; De la securite des accumulateurs au lithium a anode de carbone}
author = {Biensan, Ph, Le Nay, F, Simon, B, and Bodet, J M}
abstractNote = {The replacement of lithium metal from the negative electrode of lithium batteries by a material allowing the reversible insertion of lithium ions is an undeniable commercial success. Carbon electrodes, generally called Li{sub x}C{sub 6}, are the most common type and allow to increase the service life of the battery, its charging fastness and its safety. The safety of such batteries is well known in normal conditions of use, but it has to be known also in any abusive condition of use, whatever is the charging state. The mastery of the phenomena that can occur requires a good knowledge of the kinetics of the exothermal chemical reactions involved. (J.S.) 8 refs.}
place = {France}
year = {1996}
month = {Dec}
}