Unveiling the structure, chemistry, and formation mechanism of an in-situ phosphazene flame retardant-derived interphase layer in LiFePO<inf>4</inf> cathode

Article

Abstract: The safety risks posed by the liquid electrolytes of lithium-ion batteries have drawn large-scale co

Palabras claves:

Cone calorimetry, Electrode–electrolyte interphase, Fire retardants, Fire safety, Flame retarded electrolytes

Autores:

De la Vega J., Javier García Molleja, Sai Avvaru V., Wang D.Y., Yusuf A., Zhang M.

Fuentes:

scopus