Qingpu Wang, Chinmayee V. Subban
Abstract
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Flow-induced non-equilibrium conditions yielded high-purity Dy precipitate from aqueous mixtures of NdCl 3 and DyCl 3 more quickly compared to conventional equilibrium stirred mixing.
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Flow-induced non-equilibrium conditions yielded high-purity Dy precipitate from aqueous mixtures of NdCl 3 and DyCl 3 more quickly compared to conventional equilibrium stirred mixing.
Key concepts: Dysprosium, Neodymium, Aqueous solution, Flow (mathematics), Separation (statistics), Materials science, Chemistry, Computer science