131 - 140 of 264 Results
Through new chemistry, materials, and processes, ORNL researchers are developing a highly compact and energy efficient carbon capture technology, which can enable wide-spread implementation in a cost effective manner.
Technologies directed to a universal battery identification toolkit are described.
The technology provides adhesives for many applications including automotive, aerospace, and construction industries.
The technologies concern a method and composition for reactive curing and infiltration in BJAM.
Technologies are described directed to aqueous phase nanocellulose modification through imine formation.
Technologies directed to recycling of lithium-ion battery anode scraps are described.
Technologies directed to solid state power substations consumer end are described.
Technologies directed to SSPS distribution and consumer end grid infrastructure are described.
Technologies for optimizing prefab retrofit panel installation using a real-time evaluator is described.
The invention relates to a fiber encapsulated nanoscale hybrid material for direct art capture with selective water rejection.