Mehmet Emre ÇETİNTASOGLU, Nuray ÇAĞLAR, Özgül KELEŞ
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引用次数: 0
Abstract
In this study, thermochemical conversion of mussel shells as biological waste utilizations has been made as a protection layer for cathode active materials. LiCoO2 material synthesized via sol-gel method and coated with CaO produced using mussel shells. An appropriate coating ratio enhances the cycling performance with a better specific capacity (170 mAh g-1 at 1C). Surface modification plays a crucial role in attaining an improved performance of LCO by reducing its interference between electrolytes. This study present the use of biological waste mussel shell as decoration agent for cathode active materials and lead up to decrease the amount of biological wastes.
本研究将贻贝热化学转化为生物废弃物利用,作为正极活性材料的保护层。溶胶-凝胶法制备LiCoO2材料,并包覆以贻贝制备的CaO。适当的涂层比例可以提高循环性能,具有更好的比容量(1C时为170 mAh g-1)。表面改性通过减少电解质之间的干扰,对LCO性能的改善起着至关重要的作用。本研究提出利用生物废弃贻贝作为阴极活性材料的装饰剂,以减少生物废弃物的产生。