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The present invention – Safety Foil – comprises a safety architecture within the current collector of a battery cell that limits the likelihood of a thermal runaway event.
A new LiPS phase has been developed. This new solid electrolyte exhibits the characteristics of a solid solution with fast ion conduction and electrochemical stability up to 10 V vs Li/Li+ while demonstrating low charge transfer resistance.
This gene can be used to regulate phenylpropanoid, tyrosine and tryptophan biosynthesis pathways.
The present invention builds on the existing ORNL portfolio of ionic liquid lubricant additives. This is a joint invention between ORNL and Cytec for a new group of phosphonium-carboxylate ionic liquids as lubricant additives.
Current pathways to generate biofuels either ferment sugars derived from biomass or convert them to a partially-oxygenated intermediate to be reduced to higher density fuels.
The invention relates to magnetic amplifiers and more specifically to a gapless configuration for such amplifiers. The presence of air gaps in the core causes larger audible noise or humming sound, and complicated manufacturing and assembly.
The invention relates to electric vehicles and more specifically to a wireless charging system for such vehicles. This invention enables the use of wireless power transfer to charge plug-in hybrid or electric vehicles.
Lithium-ion conducting solid electrolytes show potential to enable high-energy-density secondary batteries and offer distinctive safety features as an advantage over traditional liquid electrolytes.
The invention relates to building systems and more specifically to improved drying machines for clothing. The invention improves the removal of water and reduces the amount of energy required to thermally dry clothing.
The invention relates to magnetocaloric refrigeration and more specifically to an improved refrigeration system requiring less energy usage.