1101 - 1110 of 1781 Results
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.
The invention relates to additive manufacturing and more specifically to a nozzle for an extrusion-type additive manufacturing device. The nozzle prints parts much faster while still retaining the ability to achieve fine geometric resolution.
Our invention allow for multiple DNA fragments, inserted in a plasmid DNA, to be combined in a one-pot reaction without previous manipulation of the input DNAs (as by polymerase chain reaction linearization or gel-purification of digested fragments) with an efficient exchange
The invention relates to neutron anger cameras and more specifically to improved methods for neutron-gamma discrimination. A series of digital methods allowing the discrimination between neutron and gamma in thermal-neutron detectors are described.
This disclosure describes the use of novel Silicon-based antioxidants for aiding in the repair and regeneration of bone. Bone injuries are problematic to heal because they heal in three steps.
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.
A ternary mixed metal oxide catalyst controls emissions from combustion processes. It exhibits low temperature oxidation of pollutant species without the use of expensive platinum group metals.
The invention relates to Scanning Probe Microscopy and more specifically to information-theory analysis of the cantilever output stream.