1970•Journal of Applied PhysicsRequires access

Hysteresis Effects in the Superconducting Pb–In Alloy System

L. W. Dubeck, D. R. Aston, F. Rothwarf

Open publisher page 17 citations

Abstract

A method is presented for transforming hysteretic magnetization curves into their corresponding reversible magnetization curves. This procedure permits the determination of the thermodynamic critical field Hc; the lower critical field Hc1; the upper critical field Hc2; and the Ginzburg-Landau parameters κ1 and κ2, which are found to be equal for each corrected magnetization curve for samples containing up to 28 at.% In. Large, composition-dependent, hysteresis effects are noted in the magnetization curves of these Pb–In samples.

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What this paper is about

A method is presented for transforming hysteretic magnetization curves into their corresponding reversible magnetization curves. This procedure permits the determination of the thermodynamic critical field Hc; the lower critical field Hc1; the upper critical field Hc2; and the Ginzburg-Landau parameters κ1 and κ2, which are found to be equal for each corrected magnetization curve for samples containing up to 28 at.% In. Large, composition-dependent, hysteresis effects are noted in the magnetization curves of these Pb–In samples.

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Available abstract

A method is presented for transforming hysteretic magnetization curves into their corresponding reversible magnetization curves. This procedure permits the determination of the thermodynamic critical field Hc; the lower critical field Hc1; the upper critical field Hc2; and the Ginzburg-Landau parameters κ1 and κ2, which are found to be equal for each corrected magnetization curve for samples containing up to 28 at.% In. Large, composition-dependent, hysteresis effects are noted in the magnetization curves of these Pb–In samples.

Key concepts: Magnetization, Hysteresis, Condensed matter physics, Critical field, Superconductivity, Magnetic hysteresis, Ginzburg–Landau theory, Field (mathematics)

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