General Session » Electronic Materials and Energy Materials

General Session: Energy(Battery Materials)

Tue. Nov 19, 2024 9:00 AM - 10:30 AM Room II (2F, Room 203+204)

Chairperson:Takahiro YAMADA(Tohoku University)

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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.)

9:15 AM - 9:30 AM

[2-2A] Battery properties of Mg secondary battery cathode material 0.3MgCo_2-xMn_xO₄-0.7Mg(Mg_0.33V_1.67-yNi_y)O₄ and composition dependence of crystal and electronic structures analysis for quantum beam 《 Synthesis Process, Physical Property 》

*Iroha Chida¹, Yasushi Idemoto¹, Chiaki Ishibashi¹, Naoto Kitamura¹ (1. Tokyo university of science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

9:30 AM - 9:45 AM

[2-3A] Synthesis of Mg-Mn-Fe-O based cathode materials and their cathode properties and average and local structures 《 Physical Property 》

*Ryujin NAKAYAMA¹, NAOTO KITAMURA¹, CHIAKI ISHIBASHI¹, YASUSHI IDEMOTO¹ (1. Tokyo University of Science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

9:45 AM - 10:00 AM

[2-4A] Investigation of the cathode properties and crystal structure of magnesium rechargeable battery cathode material Mg_1+2xFe_2-3xV_xO₄ 《 Physical Property 》

Naoto Kitamura¹, *Kazuma Koizumi¹, Chiaki Ishibashi¹, Yasushi Idemoto¹ (1. Tokyo University of Science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

10:00 AM - 10:15 AM

[2-5A] Battery characteristics and average/electronic structures of αMgCo_2-xMn_xO₄-(1-α)Mg(Mg_0.33V_1.67-yNi_y)O₄(α=0.5 x=0.6 y=0.1, 0.15) as a positive electrode for rechargeable magnesium batteries 《 Synthesis Process, Sintering, Evaluation Technology 》

Yasushi Idemoto¹, *Aika Satou¹, Chiaki Ishibashi¹, Naoto Kitamura¹ (1. Tokyo University of Science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

10:15 AM - 10:30 AM

[2-6A] Local Structural Analysis and Substitution Effects of NASICON-Type Li_1.5Al_0.5-xM_xGe_1.5(PO₄)₃ (M=Substituent) Using First-Principles Calculations 《 Computational Science 》

CHIAKI ISHIBASHI¹, *YIFEI DAI¹, NAOTO KITAMURA¹, YASUSHI IDEMOTO¹ (1. Tokyo University of Science）（※This presenter is a candidate for the Student Award for Outstanding Presentation.)

Session 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 》

[2-2A] Battery properties of Mg secondary battery cathode material 0.3MgCo_2-xMn_xO₄-0.7Mg(Mg_0.33V_1.67-yNi_y)O₄ and composition dependence of crystal and electronic structures analysis for quantum beam 《 Synthesis Process, Physical Property 》

[2-3A] Synthesis of Mg-Mn-Fe-O based cathode materials and their cathode properties and average and local structures 《 Physical Property 》

[2-4A] Investigation of the cathode properties and crystal structure of magnesium rechargeable battery cathode material Mg_1+2xFe_2-3xV_xO₄ 《 Physical Property 》

[2-5A] Battery characteristics and average/electronic structures of αMgCo_2-xMn_xO₄-(1-α)Mg(Mg_0.33V_1.67-yNi_y)O₄(α=0.5 x=0.6 y=0.1, 0.15) as a positive electrode for rechargeable magnesium batteries 《 Synthesis Process, Sintering, Evaluation Technology 》

[2-6A] Local Structural Analysis and Substitution Effects of NASICON-Type Li_1.5Al_0.5-xM_xGe_1.5(PO₄)₃ (M=Substituent) Using First-Principles Calculations 《 Computational Science 》

Authentication

Session 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 》

[2-2A] Battery properties of Mg secondary battery cathode material 0.3MgCo2-xMnxO4-0.7Mg(Mg0.33V1.67-yNiy)O4 and composition dependence of crystal and electronic structures analysis for quantum beam 《 Synthesis Process, Physical Property 》

[2-3A] Synthesis of Mg-Mn-Fe-O based cathode materials and their cathode properties and average and local structures 《 Physical Property 》

[2-4A] Investigation of the cathode properties and crystal structure of magnesium rechargeable battery cathode material Mg1+2xFe2-3xVxO4 《 Physical Property 》

[2-5A] Battery characteristics and average/electronic structures of αMgCo2-xMnxO4-(1-α)Mg(Mg0.33V1.67-yNiy)O4 (α=0.5 x=0.6 y=0.1, 0.15) as a positive electrode for rechargeable magnesium batteries 《 Synthesis Process, Sintering, Evaluation Technology 》

[2-6A] Local Structural Analysis and Substitution Effects of NASICON-Type Li1.5Al0.5-xMxGe1.5(PO4)3 (M=Substituent) Using First-Principles Calculations 《 Computational Science 》

Authentication

[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 》

[2-2A] Battery properties of Mg secondary battery cathode material 0.3MgCo_2-xMn_xO₄-0.7Mg(Mg_0.33V_1.67-yNi_y)O₄ and composition dependence of crystal and electronic structures analysis for quantum beam 《 Synthesis Process, Physical Property 》

[2-4A] Investigation of the cathode properties and crystal structure of magnesium rechargeable battery cathode material Mg_1+2xFe_2-3xV_xO₄ 《 Physical Property 》

[2-5A] Battery characteristics and average/electronic structures of αMgCo_2-xMn_xO₄-(1-α)Mg(Mg_0.33V_1.67-yNi_y)O₄(α=0.5 x=0.6 y=0.1, 0.15) as a positive electrode for rechargeable magnesium batteries 《 Synthesis Process, Sintering, Evaluation Technology 》

[2-6A] Local Structural Analysis and Substitution Effects of NASICON-Type Li_1.5Al_0.5-xM_xGe_1.5(PO₄)₃ (M=Substituent) Using First-Principles Calculations 《 Computational Science 》