Bulk Single Crystals of EuSc2Te4 for Magnetism-induced NLHE Study

This data package contains information on the growth conditions and characterization results of EuSc₂Te₄ bulk single crystals used in the study of the magnetism-induced nonlinear Hall effect. The EuSc₂Te₄ bulk single crystals were grown using the self-flux method at the NSF 2D Crystal Consortium facility. The package includes recipe files, as well as SEM, magnetization, transport, and nonlinear transport data files.

Citation

Lee, Seng Huat; Wang, Yu (2025). Bulk Single Crystals of EuSc2Te4 for Magnetism-induced NLHE Study [Data set]. Scholarsphere. https://doi.org/10.26207/a7e3-a797

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Work Title Bulk Single Crystals of EuSc2Te4 for Magnetism-induced NLHE Study
Subtitle Materials Science
Access
Open Access
Creators
  1. Seng Huat Lee
  2. Yu Wang
Keyword
  1. Materials Science
  2. EuSc2Te4
  3. intrinsic antiferromagnetic semiconductor
  4. nonlinear Hall effect
  5. quantum metric
License CC BY 4.0 (Attribution)
Work Type Dataset
Acknowledgments
  1. NSF Cooperative Agreement DMR-2039351
Publisher
  1. 2D Crystal Consortium
Publication Date March 25, 2025
Subject
  1. Materials Science
DOI doi:10.26207/a7e3-a797
Related URLs
  1. https://doi.org/10.60551/yphx-tr33
  2. https://doi.org/10.60551/60mz-h865
  3. https://data.2dccmip.org/QvPOSeOWU0LG
Deposited March 25, 2025

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Work History

Version 1
published

  • Created

    March 25, 2025 15:26 by rkh24

  • Updated

    March 25, 2025 15:26 by [unknown user]

  • Updated Keyword, Subject, Publisher, and 3 more Show Changes

    March 25, 2025 15:27 by rkh24

    Keyword
    • Materials Science
    Subject
    • Materials Science
    Publisher
    • 2D Crystal Consortium
    Subtitle
    • Materials Science
    Description
    • This data package contains information on the growth conditions and characterization results of EuSc₂Te₄ bulk single crystals used in the study of the magnetism-induced nonlinear Hall effect. The EuSc₂Te₄ bulk single crystals were grown using the self-flux method at the NSF 2D Crystal Consortium facility. The package includes recipe files, as well as SEM, magnetization, transport, and nonlinear transport data files.
    Publication Date
    • 2025-03-25
  • Updated Keyword, Related URLs Show Changes

    March 25, 2025 15:28 by rkh24

    Keyword
    • Materials Science
    • Materials Science, EuSc2Te4, intrinsic antiferromagnetic semiconductor, nonlinear Hall effect, quantum metric
    Related URLs
    • https://doi.org/10.60551/yphx-tr33, https://doi.org/10.60551/60mz-h865, https://data.2dccmip.org/QvPOSeOWU0LG
  • Updated Acknowledgments Show Changes

    March 25, 2025 15:30 by rkh24

    Acknowledgments
    • NSF Cooperative Agreement DMR-2039351
  • Added Creator Seng Huat Lee

    March 25, 2025 15:30 by rkh24

  • Added Creator Yu Wang

    March 25, 2025 15:30 by rkh24

  • Added CMP7-240208A-SL.zip

    March 25, 2025 15:33 by rkh24

  • Added Readme.txt

    March 25, 2025 15:33 by rkh24

  • Added CMP4-220201A-SL.zip

    March 25, 2025 15:34 by rkh24

  • Added CMP5-210414A-SL.zip

    March 25, 2025 15:35 by rkh24

  • Updated Acknowledgments Show Changes

    March 25, 2025 15:36 by rkh24

    Acknowledgments
    • NSF Cooperative Agreement DMR-2039351
    • NSF Cooperative Agreement DMR-2039351, NSF DMR-2211327, NSF DMR-2210933, Penn State MRSEC for Nanoscale Science DMR-2011839, Gordon and Betty Moore Foundation's EPiQS Initiative GBMF9063, NSF DMR-2340733, DEMAND IPTS-28766
  • Updated Acknowledgments Show Changes

    March 25, 2025 15:36 by rkh24

    Acknowledgments
    • NSF Cooperative Agreement DMR-2039351, NSF DMR-2211327, NSF DMR-2210933, Penn State MRSEC for Nanoscale Science DMR-2011839, Gordon and Betty Moore Foundation's EPiQS Initiative GBMF9063, NSF DMR-2340733, DEMAND IPTS-28766
    • NSF Cooperative Agreement DMR-2039351
  • Updated License Show Changes

    March 25, 2025 15:38 by rkh24

    License
    • https://creativecommons.org/licenses/by/4.0/
  • Published

    March 25, 2025 15:38 by rkh24

  • Updated

    March 25, 2025 22:04 by [unknown user]