About the magnetic fluctuation effect on the phase transition to superconducting state in Al
D. V. Shopova, T.P. Todorov, T. E. Tsvetkov, D. I. Uzunov
TL;DR
This paper investigates how magnetic fluctuations influence the phase transition to superconductivity in aluminum, comparing bulk and thin film behaviors using free energy and order parameter calculations.
Contribution
It introduces a mean-field approximation analysis of magnetic fluctuation effects on the superconducting phase transition in aluminum, including bulk and thin film cases.
Findings
Magnetic fluctuations affect the free energy near the transition.
Differences between bulk and thin film superconducting transitions are identified.
Order parameter profiles are characterized in the presence of magnetic fluctuations.
Abstract
The free energy and the order parameter profile near the phase transition to the superconducting state in bulk Al samples are calculated within a mean-field-like approximation. The results are compared with those for thin films.
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