paper

Magnetic and thermodynamic studies on the distorted kagome magnet PrBWO

arXiv:2506.06070 · doi:10.1103/43bm-x8cj

Abstract

We report specific heat, ac/dc magnetic susceptibility as well as static and pulsed field magnetization studies on the distorted kagome magnet PrBWO down to 0.4~K and up to high magnetic fields. The low-temperature thermodynamic properties are found to be governed by an electronic quasi-doublet ground state; the energy splitting of which amounts to K and exhibits a quadratic field dependence with . Fitting of the specific heat data implies that the next excited state is strongly gapped at K and three-fold degenerate in zero field. Our dc and ac susceptibility studies down to 0.4 K do not detect signatures of distinct spin glass behavior. Pulsed field magnetization measurements up to 60 T confirm the Ising-like paramagnetic nature of the magnetic ground state which is characterized by and the anisotropy energy K.

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