Cover Image, Volume 2, Number 2, June 2020 | Zendy

Su Zhong | Zendy; Ling Han Yeu | Zendy; Li Meng | Zendy; Qian Shangshu | Zendy; Chen Hao | Zendy; Lai Chao | Zendy; Zhang Shanqing | Zendy

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Cover Image, Volume 2, Number 2, June 2020

Author(s) -

Su Zhong,

Ling Han Yeu,

Li Meng,

Qian Shangshu,

Chen Hao,

Lai Chao,

Zhang Shanqing

Publication year - 2020

Publication title -

carbon energy

Language(s) - English

Resource type - Reports

ISSN - 2637-9368

DOI - 10.1002/cey2.61

Subject(s) - battery (electricity) , cover (algebra) , energy density , power density , carbon fibers , materials science , thermal stability , computer science , power (physics) , chemical engineering , environmental science , nanotechnology , engineering physics , mechanical engineering , engineering , composite material , physics , thermodynamics , composite number

Cover image : Li‐I 2 battery could deliver higher energy and power density than some existing Li‐ion batteries. In order to realize such a tremendous potential, a carbon energy research team by Shanqing Zhang at Griffith University developed a simple “salty” thermal treatment to convert a coffee extract into a functional honeycomb‐like carbon materials as an interlayer (article number 10.1002/cey2.40 ) to overcome the inherent barriers of Li‐I 2 battery, i.e., inhibit the dissolution and the shuttle of iodine. Consequently, the as‐prepared Li‐I 2 battery achieved high energy and power density performance with excellent cycle stability.

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