781 - 790 of 1929 Results
The invention provides methods and formulations for making a mixed metal oxide 3D printed catalyst. The mixed metal oxide structured catalysts were 3D-printed with strong mechanical properties
The world’s energy demand is continually increasing, and the demand is primarily met with fossil fuels, such as petroleum and coal.
Lignin is the second most abundant carbon-based polymer found in nature; however, it is currently underutilized as a resource due to its chemical complexity and recalcitrance.
The existing fluorination methods are either wet chemical methods, or solid-state reaction (using ball milling with fluorine precursor- LiF, NaF, NH4F etc.) or direct fluorination with elemental fluorine gas.
Due to the demand of lithium-ion batteries (LIBs) use in advanced energy storage devices like electric vehicles, consumer electronics, renewable energy storage, back-up power, medical devices, etc has increased resulting in a large quantity of spent LIBs and might result in su
The electrochemical transformation of amorphous carbon to graphite is a highly energy intensive process requiring temperatures in excess of 3000 K and elevated pressures. Herein, we report the electrochemical transformation of hard carbons.
The invention relates to new sealant formulations that can be integrated and preinstalled into prefabricated components to decrease the amount of time it takes to seal joints between panels and modules at the jobsite.
An algorithm which uses affinity propagation to automate the selection and generation of highly representative training images.
Spatially resolved chemical imaging is critical to progress in applications ranging from materials science to medicine where visualizing chemical distributions with nanoscale resolution is import to tuning material functionality as well as understand signaling pathways.
SD card configuration for use in neutron-rich environments.