Triangular lattice (TL) materials are a rich playground for investigating exotic quantum spin states and related applications in quantum computing and quantum information. Millimeter-level single crystals of REBO 3 (RE = Tb-Yb) with a nearly perfect RE-based TL have been successfully grown via a high-temperature flux method and structurally characterized via single-crystal X-ray diffraction. These 113-type materials crystallize in a monoclinic crystal system with a C 2/ c space group. Anisotropic magnetism and dominant antiferromagnetic interactions are found for the above materials based on DC magnetic susceptibility measurements. The comprehensive low-temperature specific heat data of REBO 3 (RE = Tb-Tm) are characterized on single crystals for the first time, which exhibit diverse magnetic behaviors. Specifically, two weak-field-induced transitions could be found in the case of DyBO 3 based on the specific heat measurements. Our results suggest that REBO 3 (RE = Tb-Yb) is a TL magnetic system for investigating potential quantum magnetism.
Keyphrases
- energy transfer
- mycobacterium tuberculosis
- molecular dynamics
- molecularly imprinted
- high temperature
- room temperature
- quantum dots
- density functional theory
- high resolution
- heat stress
- monte carlo
- electronic health record
- diabetic rats
- oxidative stress
- dendritic cells
- risk assessment
- magnetic resonance
- drug induced
- health information
- electron microscopy
- tandem mass spectrometry