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A new high-speed and high accuracy measurement method for power grid is invented.
This invention describes the general methodology for incorporation of additives to nuclear fuels using 3D printing.
This invention describes a new architecture and method of manufacturing for nuclear fuel cladding with optimal heat transfer properties.
The invention provides a method for production of integral fuel elements with complete 3D freedom in geometry. The process is unique in that it offers a simple processing route to i) realize complete 3D geometrical complexity, ii) it does not result in geometrical change
The need for accurate temperature measurement in critical environments such as nuclear reactors is paramount for safety and efficiency.
The invention ensures post-validation calibrated physics system predictions remain within predetermined model validation domain boundaries.
Due to the low-cost and earth abundant features of sodium against lithium, sodium-ion batteries have become a cost-effective energy storage system comparing to lithium-ion batteries.
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 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