Evaluation of Positive Electrode Resistance by "Current-Rest-Method" Using "Four-Electrode Cell" (Co-, Ni- and Mn-Based CathodeMaterials)

In this study, we investigated the results based on the "C.R.M. ("Current-Rest-Method") resistance" of positive electrodes (Co-, Ni- and Mn-based cathode materials), which was directly related to the input-output power characteristics, using the "four-electrode cell" (1...

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Main Authors: Yata, Shizukuni, Satake, Hisashi, Endo, Tomoki, Kuriyama, Mayumi, Kinoshita, Hajime
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creator Yata, Shizukuni
Satake, Hisashi
Endo, Tomoki
Kuriyama, Mayumi
Kinoshita, Hajime
description In this study, we investigated the results based on the "C.R.M. ("Current-Rest-Method") resistance" of positive electrodes (Co-, Ni- and Mn-based cathode materials), which was directly related to the input-output power characteristics, using the "four-electrode cell" (1, 2, 4). By comparing the resistance of these positive electrodes, we found that the Ni-based electrode had the lowest C.R.M. resistance in the range of 4.0 V - 3.5 V and the Mn-based electrode had a stationary C.R.M. resistance over a wide range of both the charge and discharge states. In addition, the calculated curves of the Mn-based electrode revealed the excellent output power characteristics at each SOC by using the time dependence of the "C.R.M. resistance".
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title Evaluation of Positive Electrode Resistance by "Current-Rest-Method" Using "Four-Electrode Cell" (Co-, Ni- and Mn-Based CathodeMaterials)
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