Litcius/Paper detail

Naturally-derived thermal barrier based on fiber-reinforced hydrogel for the prevention of thermal runaway propagation in high-energetic lithium-ion battery packs

Bruno Bausch, Sebastian Dominic Frankl, Daniel Becher, Fabian Menz, Tobias Baier, Marius Bauer, Olaf Böse, Markus Hölzle

2023Journal of Energy Storage55 citationsDOI

Topics & Concepts

Thermal runawayMaterials scienceComposite materialBattery (electricity)ThermalLithium (medication)FiberThermal barrier coatingThermal insulationBattery packVaporizationChemistryPower (physics)EndocrinologyMedicineCeramicQuantum mechanicsPhysicsLayer (electronics)MeteorologyOrganic chemistryAdvanced Battery Technologies ResearchAdvancements in Battery MaterialsAdvanced Battery Materials and Technologies
Naturally-derived thermal barrier based on fiber-reinforced hydrogel for the prevention of thermal runaway propagation in high-energetic lithium-ion battery packs | Litcius