Multipolar Ordering in PrB<sub>6</sub>

Kuromaru, Tomoya; Kusunose, Hiroaki; Kuramoto, Yoshio

doi:10.1143/jpsjs.71s.130

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Overview Of Re-boride Compounds1

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2019

2021

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“…2 ) is shown in (b). A theoretical investigation for PrB 6 has been presented in [47] based on the Γ 5 CEF ground state which carries 3 Γ − 4 dipoles and 5 (Γ + 3 , Γ + 5 ) quadrupoles (here ± denotes even/odd behaviour under time reversal). In The single crystal used in the present study was prepared by a floating zone method in pressurized, highpurity argon gas.…”

Section: Overview Of Re-boride Compoundsmentioning

confidence: 99%

Multipolar order and excitations in rare-earth boride Kondo systems

Thalmeier¹,

Akbari²,

Shiina³

2019

Preprint

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The cubic rare-earth boride series displays diverse electronic states like localized 4 f electron multiplets split by the crystal electric field (CEF), itinerant heavy-fermion quasiparticle bands of the Kondo lattice as well as gapped Kondo insulator or mixed-valent semiconductor states. Furthermore, at low temperatures fairly exotic ordered states may appear due to the "hidden" order of multipoles carried by degenerate CEF multiplets, in addition to common (dipolar) magnetic order present in many RB 6 (R = rare earth) systems. Most prominent are CeB 6 and its La-diluted alloys Rare-Earth Borides Dmytro S. Inosov (ed.

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Section: Overview Of Re-boride Compoundsmentioning

confidence: 99%