Co-operation of hydrogen bonds and dynamic covalent bonds enables an energy-dissipative crosslinked binder for silicon-based anodes

doi:10.1039/d3gc04056a

Xiangyu Lin, Yong Wen, Jie Wang, Shanshan Wang, Xingshen Sun, He Liu, Xu Xu

Co-operation of hydrogen bonds and dynamic covalent bonds enables an energy-dissipative crosslinked binder for silicon-based anodes

Pollution
Environmental Chemistry

An energy-dissipative and self-healed binder is achieved by combining multiple H-bonds and covalent bonds. Good electrochemical performances of Si and Si/C anodes are delivered, showing great advancement in the development of Si-based anode binders.

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Co-operation of hydrogen bonds and dynamic covalent bonds enables an energy-dissipative crosslinked binder for silicon-based anodes

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