Bacterial\nNanometric Amorphous Fe-Based Oxide: A Potential\nLithium-Ion Battery Anode Material
Hideki Hashimoto (652785)Genki Kobayashi (1817590)Ryo Sakuma (1558489)Tatsuo Fujii (1558498)Naoaki Hayashi (1406059)Tomoko Suzuki (206765)Ryoji Kanno (1683646)Mikio Takano (1283439)Jun Takada (1558492)
Abstract
Amorphous Fe<sup>3+</sup>-based oxide\nnanoparticles produced by <i>Leptothrix ochracea</i>, aquatic\nbacteria living worldwide,\nshow a potential as an Fe<sup>3+</sup>/Fe<sup>0</sup> conversion anode\nmaterial for lithium-ion batteries. The presence of minor components,\nSi and P, in the original nanoparticles leads to a specific electrode\narchitecture with Fe-based electrochemical centers embedded in a Si,\nP-based amorphous matrix.
Metrics
Topics
Related Documents
Amorphous germanium oxide nanobubbles for lithium-ion battery anode
Seh-Yoon LimWon-Seok JangSoyeong YunWon‐Sub YoonJae‐Young ChoiDongmok Whang
Coal-Based Amorphous Carbon as Economical Anode Material for Sodium-Ion Battery
Zhiheng ZhuangYongli CuiHonggang ZhuYueli ShiQuanchao Zhuang
Double\nTransition-Metal Chalcogenide as a High-Performance\nLithium-Ion Battery Anode Material
Dongyun Chen (1718233)Ge Ji (1718236)Bo Ding (210928)Yue Ma (384284)Baihua Qu (1663258)Weixiang Chen (1718230)Jim Yang Lee (1397095)
Cellulose-based carbon—A potential anode material for lithium-ion battery
Krzysztof KierzekAleksandra PiotrowskaJacek Machnikowski