1271 - 1280 of 1929 Results
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 covers two aspects, the particles produced by sonic and magnetic interactions of liquid magnesium and carbon with stainless steel, and the process by which they are produced.
Liquid extraction-based surface sampling mass spectrometry (MS) employing spatially resolved confined liquid/solid extraction of the analyte(s) of interest from a surface is becoming an established analysis methodology.
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.
The invention relates additive manufacturing and more specifically to a nozzle and methodology for introducing continuous carbon fiber (rather than chopped) into an additive manufactured part. Carbon fibers are introduced into a stream of melted thermoplastic, thermoset
The invention relates to manufacturing and more specifically to additive manufacturing. Fused deposition manufacturing (FDM) makes use of a nozzle to deposit beads of material in layers to form objects.
When fabricating objects with an additive manufacturing system that use a nozzle to deposit extruded material, we have found that this material often bulges above the nozzle face.
ORNL worked with Eck Industries, Inc. to compare the heat treatment response of cast aluminum alloy A206 when processed in a magnetic field with that of a conventional heat treatment.
Quantum Self-Authenticating Timing Signals is a method that employs the methods of quantum key distribution (QKD) to generate encrypted timing signals from two or more timing beacons.