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This invention concerns a battery electrolyte that includes a shear thickening fluid that stiffens upon impact to form a solid barrier that prevents a shorting event from occurring during an accident.
The invention comprises a ligand, which, in the presence of sulfate forms an insoluble complex allowing for the removal of sulfate out of seawater down to a level of 1.5 mg / mL, rendering seawater that is nearly free of sulfate.
We report simple approaches to accomplish dramatic reduction of C2-C4 in product stream.
A novel approach was applied for the preparation of polymer membranes having CO2-philic group for CO2 separation.
A novel approach was applied for the preparation of membranes for CO2 separation. The facile fabrication method allowed to tune the property.
A novel method based on the surface engineering of hollow nanoarchitectures with desirable corona and canopy species is developed for the fabrication of a class of porous liquids with empty cavities.
The present invention ensures a more robust and long-lived Li-ion battery while also reducing the costs associated with pre-sale formation cycles.
The invention relates to electronic devices and more specifically to methods for automatic disassembly of such devices in order to recycle the individual components.
The developed adsorbent extract uranium from seawater at very fast and efficient way. The controlled radical polymerization on the novel simple and inexpensive halide-substrate can be applicable to various applications beyond uranium adsorbents.
ORNL has developed a cost effective, 5-step process to recycle rare earth (RE) magnets from computer hard drives (HDs) and potentially other consumer items such as electric motors, power tools, refrigeration compressors, electric generators, etc.