TL;DR
This paper introduces a modified magnetoscan setup with two magnets of opposite magnetization, significantly enhancing resolution for characterizing superconductors and enabling detailed analysis of small structures and inhomogeneities.
Contribution
It presents a new magnetoscan configuration that improves resolution and supports industrial application and detailed characterization of superconducting materials.
Findings
Enhanced resolution in magnetoscan measurements
Successful experimental validation of the new setup
Potential for detailed analysis of small superconducting structures
Abstract
Due to a modification in the original magnetoscan setup, a significant improvement in resolution was obtained. The paper focuses on experimental results which should support the idea of the new setup using two magnets with opposite direction of magnetization. This contribution to the characterization techniques of melt-grown bulk superconductors should promote the easy installation of this technique in industry. The improved magnetoscan technique may further help to investigate growth-induced inhomogeneities of the top-seeded-melt-growth process in the submillimeter range, and it offers new possibilities to the characterization of smaller structures such as superconducting films or coated conductors.
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