Dataset for Magnetic phase diagram of the breathing-kagome antiferromagnet Nd3BWO9
Abstract
The highly frustrated rare-earth-based magnet Nd3BWO9 is a promising candidate in the search for proximate spin-liquid physics. We present a thorough investigation on single crystals of this material using bulk and microscopic techniques. Magnetization data reveal a fractional magnetization plateau for three different investigated field directions. The magnetic phase diagram is mapped out from calorimetric data and exhibits several domes of magnetic order below 0.3 K. Propagation vectors for all ordered phases are presented. The results suggest complex ordering in this material, and unveil the existence of a commensuration transition of the propagation vector at zero magnetic field. A scenario where interplane exchange interactions are essential to a magnetic model of Nd3BWO9 is discussed. Show more
Permanent link
https://doi.org/10.3929/ethz-b-000618160Contributors
Contact person: Flavián Blasco, Daniel
Contact person: Nagl, Jakob
Contact person: Zheludev, Andrey

Data collector: Flavián Blasco, Daniel

Data collector: Nagl, Jakob
Data collector: Hayashida, Shohei
Data collector: Zaharko, Oksana
Data collector: Khalyavin, Dmitry
Data collector: Fennell, Tom
Producer: Flavián Blasco, Daniel

Producer: Nagl, Jakob
Project leader: Zheludev, Andrey

Project manager: Flavián Blasco, Daniel

Publisher
ETH ZurichSoftware
MATLAB 2020a-2023aDate collected
2020-2022Subject
Quantum magnetism; Spin liquids; geometric frustrationOrganisational unit
03855 - Zheludev, Andrey / Zheludev, Andrey
Related publications and datasets
Is supplement to: http://hdl.handle.net/20.500.11850/612914
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