1979Journal of Applied PhysicsRequires access

Magnetism and superconductivity in rare-earth ternary borides

A. J. Freeman, T. Jarlborg

Open publisher page 36 citations

Abstract

The observation of magnetism and superconductivity in both the ternary rare-earth rhodium borides (MRh4B4) and the Chevrel phase ternaries MxMo6S8 (with x close to 1) and most recently (i) the discovery of re-entrant magnetism accompanying a transition to a normal metallic state at T

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What this paper is about

The observation of magnetism and superconductivity in both the ternary rare-earth rhodium borides (MRh4B4) and the Chevrel phase ternaries MxMo6S8 (with x close to 1) and most recently (i) the discovery of re-entrant magnetism accompanying a transition to a normal metallic state at T

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Available abstract

The observation of magnetism and superconductivity in both the ternary rare-earth rhodium borides (MRh4B4) and the Chevrel phase ternaries MxMo6S8 (with x close to 1) and most recently (i) the discovery of re-entrant magnetism accompanying a transition to a normal metallic state at T

Key concepts: Magnetism, Condensed matter physics, Superconductivity, Ternary operation, Ferromagnetism, Electronic structure, Physics, Materials science

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