date: 2022-06-16T11:56:47Z
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pdf:docinfo:title: Laser-Assisted Floating Zone Growth of BaFe2S3 Large-Sized Ferromagnetic-Impurity-Free Single Crystals
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subject: The quasi-one-dimensional antiferromagnetic insulator BaFe2S3 becomes superconducting under a hydrostatic pressure of 10GPa. Single crystals of this compound are usually obtained by melting and further slow cooling of BaS or Ba, Fe, and S, and are small and needle-shaped (few mm long and 50?200m wide). A notable sample dependence on the antiferromagnetic transition temperature, transport behavior, and presence of superconductivity has been reported. In this work, we introduce a novel approach for the growth of high-quality single crystals of BaFe2S3 based on a laser-assisted floating zone method that yields large samples free of ferromagnetic impurities. We present the characterization of these crystals and the comparison with samples obtained using the procedure reported in the literature.
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dc:title: Laser-Assisted Floating Zone Growth of BaFe2S3 Large-Sized Ferromagnetic-Impurity-Free Single Crystals
modified: 2022-06-16T11:56:47Z
cp:subject: The quasi-one-dimensional antiferromagnetic insulator BaFe2S3 becomes superconducting under a hydrostatic pressure of 10GPa. Single crystals of this compound are usually obtained by melting and further slow cooling of BaS or Ba, Fe, and S, and are small and needle-shaped (few mm long and 50?200m wide). A notable sample dependence on the antiferromagnetic transition temperature, transport behavior, and presence of superconductivity has been reported. In this work, we introduce a novel approach for the growth of high-quality single crystals of BaFe2S3 based on a laser-assisted floating zone method that yields large samples free of ferromagnetic impurities. We present the characterization of these crystals and the comparison with samples obtained using the procedure reported in the literature.
pdf:docinfo:subject: The quasi-one-dimensional antiferromagnetic insulator BaFe2S3 becomes superconducting under a hydrostatic pressure of 10GPa. Single crystals of this compound are usually obtained by melting and further slow cooling of BaS or Ba, Fe, and S, and are small and needle-shaped (few mm long and 50?200m wide). A notable sample dependence on the antiferromagnetic transition temperature, transport behavior, and presence of superconductivity has been reported. In this work, we introduce a novel approach for the growth of high-quality single crystals of BaFe2S3 based on a laser-assisted floating zone method that yields large samples free of ferromagnetic impurities. We present the characterization of these crystals and the comparison with samples obtained using the procedure reported in the literature.
pdf:docinfo:creator: M. L. Amigó, A. Maljuk, K. Manna, Q. Stahl, C. Felser, C. Hess, A. U. B. Wolter, J. Geck, S. Seiro and B. Büchner
meta:author: M. L. Amigó
meta:creation-date: 2021-06-29T08:57:27Z
created: 2021-06-29T08:57:27Z
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Creation-Date: 2021-06-29T08:57:27Z
Author: M. L. Amigó
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dc:description: The quasi-one-dimensional antiferromagnetic insulator BaFe2S3 becomes superconducting under a hydrostatic pressure of 10GPa. Single crystals of this compound are usually obtained by melting and further slow cooling of BaS or Ba, Fe, and S, and are small and needle-shaped (few mm long and 50?200m wide). A notable sample dependence on the antiferromagnetic transition temperature, transport behavior, and presence of superconductivity has been reported. In this work, we introduce a novel approach for the growth of high-quality single crystals of BaFe2S3 based on a laser-assisted floating zone method that yields large samples free of ferromagnetic impurities. We present the characterization of these crystals and the comparison with samples obtained using the procedure reported in the literature.
Keywords: iron-based superconductor; BaFe2S3; laser-assisted floating zone technique; single crystal
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dc:creator: M. L. Amigó
description: The quasi-one-dimensional antiferromagnetic insulator BaFe2S3 becomes superconducting under a hydrostatic pressure of 10GPa. Single crystals of this compound are usually obtained by melting and further slow cooling of BaS or Ba, Fe, and S, and are small and needle-shaped (few mm long and 50?200m wide). A notable sample dependence on the antiferromagnetic transition temperature, transport behavior, and presence of superconductivity has been reported. In this work, we introduce a novel approach for the growth of high-quality single crystals of BaFe2S3 based on a laser-assisted floating zone method that yields large samples free of ferromagnetic impurities. We present the characterization of these crystals and the comparison with samples obtained using the procedure reported in the literature.
dcterms:created: 2021-06-29T08:57:27Z
Last-Modified: 2022-06-16T11:56:47Z
dcterms:modified: 2022-06-16T11:56:47Z
title: Laser-Assisted Floating Zone Growth of BaFe2S3 Large-Sized Ferromagnetic-Impurity-Free Single Crystals
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pdf:docinfo:keywords: iron-based superconductor; BaFe2S3; laser-assisted floating zone technique; single crystal
pdf:docinfo:modified: 2022-06-16T11:56:47Z
meta:save-date: 2022-06-16T11:56:47Z
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creator: M. L. Amigó
dc:subject: iron-based superconductor; BaFe2S3; laser-assisted floating zone technique; single crystal
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meta:keyword: iron-based superconductor; BaFe2S3; laser-assisted floating zone technique; single crystal
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pdf:docinfo:created: 2021-06-29T08:57:27Z