Neutron Depolarization due to Ferromagnetism and Spin Freezing in CePdRh
arXiv:2209.11246 · doi:10.1103/PhysRevResearch.4.043029
Abstract
We report neutron depolarization measurements of the suppression of long-range ferromagnetism and the emergence of magnetic irreversibilities and spin freezing in CePdRh around . Tracking the temperature versus field history of the neutron depolarization, we find clear signatures of long-range Ising ferromagnetism below a Curie temperature for and a spin freezing of tiny ferromagnetic clusters below a freezing temperature for . Under zero-field-cooling/field-heating and for a reentrant temperature dependence of the neutron depolarization between and is microscopically consistent with a thermally activated growth of the cluster size. The evolution of the depolarization as well as the reentrant temperature dependence as a function of Rh content are consistent with the formation of a Kondo-cluster glass below adjacent to a ferromagnetic quantum phase transition at .
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