Structure and magnetic properties of the maple leaf antiferromagnet Ho3ScO6

Cintli Aguilar-Maldonado

doi:10.1103/PhysRevB.111.094439

Structure and magnetic properties of the maple leaf antiferromagnet Ho3ScO6

2025-03-27

0

OA

AI

C

Cintli Aguilar-Maldonado *

R

R. Feyerherm

K

K. Prokeš

L

L. Keller

B

B. Lake

DOI：10.1103/PhysRevB.111.094439

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Abstract

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Ho3ScO6 harbors a frustrated maple leaf lattice (MLL). It crystalizes in the Mg3TeO6-type structure and has a centrosymmetric trigonal space group (R3). This system contains stacked layers of magnetic rings along the c axis consisting of six magnetic Ho3+ ions forming Ho hexagons, which are connected into a two-dimensional network by equilateral and isosceles triangles to form a rare example of a MLL. Long-range magnetic order is reached below TN = 4.1 K with a 120 degrees spin arrangement on the equilateral triangles, resulting in a positive vector chirality ground state configuration.

Keywords:

CRYSTAL-STRUCTURE

CORUNDUM

POLAR

REALIZATION

PEROVSKITE

COMPOUND

Structure and magnetic properties of the maple leaf antiferromagnet Ho3ScO6

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