Influence of void-size distribution of anode film made of natural graphite particles on high rate discharge capability of lithium-ion battery

Influence of void-size distribution of anode film made of natural graphite particles on high rate discharge capability of lithium-ion battery

The relationship was experimentally investigated between void-size distribution of anode film made of natural graphite particles for lithium-ion batteries and high rate discharge capability. The high rate discharge capability improved, as the modal void diameter increased. Thus, it was considered th...

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Veröffentlicht in:TANSO 2004/06/15, Vol.2004(213), pp.140-143
Hauptverfasser: Ohzeki, Katsutomo, Ohsaki, Yoshie, Golman, Boris, Shinohara, Kunio
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Sprache:eng
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High rate capability
Lithium-ion battery
Natural graphite
Void-size distribution
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container_issue 213
container_start_page 140
container_title TANSO
container_volume 2004
creator Ohzeki, Katsutomo
Ohsaki, Yoshie
Golman, Boris
Shinohara, Kunio
description The relationship was experimentally investigated between void-size distribution of anode film made of natural graphite particles for lithium-ion batteries and high rate discharge capability. The high rate discharge capability improved, as the modal void diameter increased. Thus, it was considered that lithium-ion diffuses in the electrolyte liquid penetrating through the voids among the particles in the electrode film due to the gradient of lithium-ion concentration. While, the modal diameter of voids increased for graphite powders of higher tapping density. Therefore, it was found that the tapping density was a useful indicator for the graphite particles to yield the film of high rate discharge capability in practical use.
doi_str_mv 10.7209/tanso.2004.140
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subjects High rate capability
Lithium-ion battery
Natural graphite
Void-size distribution
title Influence of void-size distribution of anode film made of natural graphite particles on high rate discharge capability of lithium-ion battery
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