Incorporation of Refractory Metals into Niobium Base Alloys
Annie Antoni-Zdziobek, Jean Driole, Fabien Durand
Abstract
Annie Antoni-Zdziobek, Jean Driole, Fabien Durand
Abstract
Niobium-based alloys with additions such as Al, Ti and Mo were prepared in an inductive cold crucible. A process route was established to provide homogeneous ingots. Key ideas concerning the application of inductive cold crucible to preparation of refractory alloys are brought out. A model is proposed to explain and quantify the experimental observations, which couples the diffusive and convective heat transfers and the heat of mixing involved.
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Niobium-based alloys with additions such as Al, Ti and Mo were prepared in an inductive cold crucible. A process route was established to provide homogeneous ingots. Key ideas concerning the application of inductive cold crucible to preparation of refractory alloys are brought out. A model is proposed to explain and quantify the experimental observations, which couples the diffusive and convective heat transfers and the heat of mixing involved.
Key concepts: Niobium, Refractory metals, Refractory (planetary science), Metallurgy, Materials science, Base (topology), Base metal, Tantalum