921 - 930 of 1929 Results
A material joining method utilizing ultrasonic or acoustic vibration energy to drastically reduce process load without significant temperature raise to enable joining of high strength materials without cracking caused by severe deformation associated with self-piercing
Using a common industrial organic solvent, it is possible to synthesize neutral ligand room temperature ionic liquids (RTILs) for rare earth elements. These RTILs have excellent electrochemical properties and can be used to successfully deposit rare earth metals.
The Ultraclean Condensing Furnace incorporates compact and cost-effective acidic gas reduction (AGR) components to achieve ultraclean flue gas and neutral condensate.
Conversion of plant material into value add products will be critical for replacing fossil fuel-derived molecules in the chemical industry to enable a renewable bioeconomy, and microorganisms provide a potential biocatalyst that can perform these conversions.
A new permanent magnet composition, LaNdFe1Co2B, utilizes a reduced amount of critical rare earth elements while maintaining energy products as high as 37 MG-Oe (for a 25% substitution of Nd by La) , and potentially excellent performance at elevated
The invention provides a novel gene from obligate acid metabolism. Overexpression of the gene significantly improved photosynthetic performance, increased leaf size, radial stem diameter and biomass in poplar.
The invention provides a gene that plays an important role in CO2 fixation in Agave. Overexpression of the gene significantly improved photosynthetic performance, water-use efficiency and root growth in model plant Nicotiana sylvestris (tobacco).
We propose to use the high frequency vibration to remove liquid from an article in the form of atomized liquid. While this can be used in many applications, the overarching concept is still the same. High frequency vibration is applied to an article to displace liquid.
Coated hollow and evacuated insulation particles (CHEIPs) for closed-cell vacuum insulation systems will be the most significant innovation in high-performing building insulation materials in decades. Insulation boards made with CHEIPs could reach an R-value of 14/in.
Foam structure of invention provides potential for efficient gas cooling of graphite fuel compacts for TRISO pellets. The TRISO pellets are surrounded by and in close proximity to a network of isotropic cooling passages created through advanced manufacturing techniques t