Box 513
Uppsala, 751 20
Sweden
Uppsala University
Li-ion batteries, Thermal runaway, Thermal runaway propagation, Heat flow, Thermal pad
Li-ion batteries, Thermal runaway, Heat flow, Thermal pad
Li-ion batteries, thermal runaway, heat flow, thermal pad
Energy storage, Sodium batteries, Layered oxides, Electrochemical cycling, Photoelectron spectroscopy
Ab initio molecular dynamics, Density functional theory, Polymer reactivity, Interfacial reactions, Anode-free lithium metal batteries, Time dependent charge transfer.
Mesoporous Fe3O4, lithium-ion batteries (LIBs), Graphene-based anode materials
Silicon anodes, Li-ion battery, CVD, Scalable method, graphene
batteries, Artificial Intelligence, Organic electrode, High-voltage cathode material, Redox stability
electric vehicle, Coupled battery modelling, Battery ageing, thermal management, Nordic climate, Immersion Cooling
lithium-ion battery, battery safety, thermal runaway
Lithium-sulfur battery, scattering methods, precipitation reaction, operando studies, sulfur utilization
Porous silicon, Green etching, Urea-assisted etching, Surface modification, Porosity engineering without hazardous chemicals
Thermal runaway, Thermal runaway propagation, Battery aging, SEI layer growth, Electrolyte decomposition, Computational simulation
Battery pack, Potting material, Thermal management, Ageing, Surrogate models
Porous silicon anodes, Urea-assisted etching, electrode binder, Cycling stability
