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Gas atomization for hydrogen storage powders

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Gas atomization is an industrial powder production process in which a stream of molten alloy is disintegrated by high-pressure gas jets into fine droplets that rapidly solidify into spherical particles, producing powders with very fine and often homogeneous microstructures.[2] In this research, gas atomization is used to synthesize the Ti0.488Fe0.460Mn0.052 TiFe-based alloy powder, enabling control over particle size, cooling rate, and microstructural refinement to tailor hydrogen storage properties.[1][2]

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UQTR and GKN Hoeganaes show that mechanical treatments can activate gas-atomized Ti0.488Fe0.460Mn0.052 alloy for room-temperature hydrogen storage, cutting energy costs.

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