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Salt hydrates are very good thermal energy storage materials. However, encapsulation of salt hydrates in order to avoid the escape of water molecules attached to salt hydrates and further enhance the heat transfer rate from the salt hydrates is a formidable challenge.
Li-ion batteries used in energy storage and electrical vehicles have safety concerns due to the large amount of stored energy and their potential to go to thermal runaway.
The inventive method to fabricate the composite solid electrolyte film breaks away from the traditional mixing-then-casting method.
We have developed 3d printable, stimuli-responsive liquid crystalline networks (LCN) . The reaction allows for the preparation of LCNs with fast curing speed, high conversion, and uniform network structure.
Transportation packages for spent nuclear fuel (SNF) must meet safety requirements under normal and accident conditions as specified by federal regulations.
The invention herein leverages the unique castability and reactivity of the recently developed Al-Ce alloys to cast heat exchanges such that post-casting welding and brazing is not required due to 1) casting monolithic heat exchangers as well as 2) casting manifolds around pre
This invention is related to synthesis of phase pure lithium rich anti-perovskites (LiRAP). So far most of the synthesis and processes used to make these class of solid electrolytes have mixed phase impurities resulting in instability and irreproducible ionic conductivity.
We have developed a novel composition of matter produced by a method of making a low-cost phase change material (PCM) using a composite.
The invention relates to high temperature nuclear reactors and more specifically to methods of manufacturing and Microencapsulated moderator articles of manufacture.
A series of elastic copolymer membranes are synthesized via one-pot reaction. These membranes are highly stable and exhibit tunable thermal/mechanical properties by tailoring the copolymer composition.