Stable local and electronic structures of Mg1+xV2-x-yMnyO4cathode materials for Mg secondary batteries after charging using first-principles calculations. 《 Physical Property, Computational Science 》

Ryushi Imi

9:00 AM - 9:15 AM

[2-1A] Stable local and electronic structures of Mg_1+xV_2-x-yMnyO₄cathode materials for Mg secondary batteries after charging using first-principles calculations. 《 Physical Property, Computational Science 》

*Ryushi Imi¹, Chiaki Ishibashi¹, Yasushi Idemoto¹, Naoto Kitamura¹ (1. Tokyo University of Science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

Keywords:Mg rechargeable battery, first-principles calculations, Positive Material

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Presentation information

General Session: Energy(Battery Materials)

[2-1A] Stable local and electronic structures of Mg_1+xV_2-x-yMnyO₄cathode materials for Mg secondary batteries after charging using first-principles calculations. 《 Physical Property, Computational Science 》

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Presentation information

General Session: Energy(Battery Materials)

[2-1A] Stable local and electronic structures of Mg1+xV2-x-yMnyO4cathode materials for Mg secondary batteries after charging using first-principles calculations. 《 Physical Property, Computational Science 》

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[2-1A] Stable local and electronic structures of Mg_1+xV_2-x-yMnyO₄cathode materials for Mg secondary batteries after charging using first-principles calculations. 《 Physical Property, Computational Science 》