Understanding the correlation between aqueous slurry characteristics and calendering effect on the graphite anode for Li-ion battery

Jeevan kumar Padarti; Ryunosuke ISHIDA; Rashel  Mohammad KHOKAN; Shigeto HIRAI; Hirotoshi SAKAGAMI; Matsuda Takeshi; Hisao suzuki; Tomoya OHNO

Presentation information

Special Issue: New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

Live Distribution (Zoom) » New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

New Development of the Environment and Energy Related Materials Using Particle Processing for Green Science

Wed. Nov 10, 2021 2:10 PM - 3:10 PM Room I (Live Distribution)

Chairperson:Tetsuo UCHIKOSHI(National Institute for Materials Science, Japan), Takamasa Mori

2:10 PM - 2:25 PM

[1-25A] Understanding the correlation between aqueous slurry characteristics and calendering effect on the graphite anode for Li-ion battery

〇Jeevan kumar Padarti¹, Ryunosuke ISHIDA¹, Rashel Mohammad KHOKAN¹, Shigeto HIRAI¹, Hirotoshi SAKAGAMI¹, Matsuda Takeshi¹, Hisao suzuki², Tomoya OHNO¹ (1.Kitami Institute of technology, 2.Shizuoka University)

Keywords:Li-ion batteries, Slurry properties, electrode processing, calendering, graphite anode

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