Nanjing 211816
China
Nanjing Tech University
Lithium-ion cells, fluorinated electrolytes, cycling, high-temperature storage, safety
Lithium-ion cells, safety, SOC, 2VC1DTD, 2FEC1LFO
Lithium-ion cell, fluorinated electrolyte, high voltage, cathode electrolyte interphase, safety
Synergy inhibition, Pressure spray, Additive type, Inhibition mechanism, Complete inhibition
Lithium-ion battery, Mechanical abuse, Structure failure, Inner short circuit, Thermal runaway
Syngas explosion, Wire mesh, Flame resistance characteristics, Explosion intensity, Inhibition mechanism
Metal sulfides, hierarchical structure, Cycling property, Rate capability, Thermal safety.
Thermal runaway ；Safety warning ；Acoustic detection ； Time-frequency transformation ；Vision Transformer
Metal sulfides, Hierarchical Structure, Cycling property, Rate capability, Energy storage
Wire mesh structure, Flame temperature, Flame resistance mechanism, Flame propagation, Corresponding relationship
Hybrid explosions, Flame propagation characteristics, Explosion inhibition, Explosion temperature, Inhibition mechanism
Lithium battery safety, SiO2 aerogel blanket, low thermal conductivity, thermal runaway propagation, inhibition materials, risk assessment
Gas/dust explosions, Venting characteristics, Temperature distribution, Operation condition, Oscillation amplitude
Two-phase explosions, Venting characteristics, Temperature distribution, Association relationship, Influence mechanism
Epoxy resin, Flame retardant, Metal organic frameworks, Heterojunctions
Polymer-matrix composite, Fire safety, Flame retardant, Thermoplastic polyurethane.
Shape memory alloy, Graphite composite film, Temperature adaptation, Thermal conductivity, Regulation
epoxy resin, Flame retardant, Metal organic frameworks, heterojunctions
