Engineering Electrodeposition for Next-generation Batteries
Stephen T. Fuller,
Yonglin Huang,
Ruixin Wu
et al.
Abstract:The redox reaction has been utilized since ancient times. This utilization is due, in part, to the simplicity of the reaction and the ubiquity of the materials involved. Recently, there has been a resurgence of interest from the battery research community in the development of metal anodes that rely solely on this type of simple metal redox reaction, also known as the plating/stripping or, interchangeably, the deposition/dissolution reaction in the electrochemistry context. The metal anodes feature simple redo… Show more
Non-flammable polymer electrolytes are attractive due to their potential to inherently eliminating the fire hazards of conventional liquid electrolytes. However, the most widespread used flame-retardant additives are facile to react...
Non-flammable polymer electrolytes are attractive due to their potential to inherently eliminating the fire hazards of conventional liquid electrolytes. However, the most widespread used flame-retardant additives are facile to react...
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