S. Yamamoto
Abstract
Nb3Al powder prepared by hydriding–dehydriding was sintered using spark plasma sintering. Experiments on high temperature strength and superconductivity show that the sintered samples have superior properties than those reported elsewhere.
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Nb3Al powder prepared by hydriding–dehydriding was sintered using spark plasma sintering. Experiments on high temperature strength and superconductivity show that the sintered samples have superior properties than those reported elsewhere.
Key concepts: Spark plasma sintering, Materials science, Fabrication, SPARK (programming language), Plasma, Sintering, Composite material, Nanotechnology