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Lithium Ion Batteries: Atomic‐Distributed Coordination State of Metal‐Phenolic Compounds Enabled Low Temperature Graphitization for High‐Performance Multioriented Graphite Anode (Small 33/2020)

机译：锂离子电池：金属 - 酚醛化合物的原子分布式配位使高性能多过石墨阳极的低温石墨化（小33/2020）

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Min Chang Shin; Jae Ho Kim; Seunghoon Nam; Yun Ji Oh; Hyoung‐Joon Jin; Chong Rae Park; Qiang Zhang; Seung Jae Yang;
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5. 3D Printable Lithium Ion Batteries and the Effect of Aspect Ratio of CuAg Nanowires on Graphite Anode Performance [D] . Reyes, Christopher. 2018

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6. Quantifying microstructural dynamics and electrochemical activity of graphite and silicon-graphite lithium ion battery anodes [O] . Patrick Pietsch, Daniel Westhoff, Julian Feinauer, -1

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Lithium Ion Batteries: Atomic‐Distributed Coordination State of Metal‐Phenolic Compounds Enabled Low Temperature Graphitization for High‐Performance Multioriented Graphite Anode (Small 33/2020)

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