Spin-frustrated systems are well known for exhibiting fascinating and exotic magnetic
properties and are often intertwined with other intriguing phenomena. Magnetization and …

We set forth the structural and magnetic properties of the frustrated spin-5/2 triangle lattice
antiferromagnet Na 3 Fe (PO 4) 2 examined via x-ray diffraction, magnetization, heat …

X-ray diffraction, thermodynamic measurements, and density-functional band-structure
calculations are used to study the magnetic behavior of BaCuTe 2 O 6, a member of the A …

3D spin systems provide an important platform to investigate the novel magnetic behaviors,
which arise due to the complex network of spins in such materials. In this context, we have …

SrCu Te 2 O 6 consists of a three-dimensional arrangement of spin-1 2 Cu 2+ ions. The first-,
second-, and third-neighbor interactions, respectively, couple Cu 2+ moments into a network …

We investigate the structural and magnetic properties of the quantum magnet Ba Cu Te 2 O
6. This compound is synthesized in powder and single crystal form for the first time …

The magnetic Hamiltonian of the Heisenberg quantum antiferromagnet Sr Cu Te 2 O 6 is
studied by inelastic neutron scattering technique on powder and single-crystalline samples …

A plethora of antiferromagnetic structures have been so far found in condensed matter
physics, where the antiferromagnetic phase transition is characterized by symmetry lowering …

The magnetic excitation spectrum and Hamiltonian of the quantum magnet BaCuTe 2 O 6 is
studied by inelastic neutron scattering (INS) and density functional theory (DFT). INS on …

2 Heisenberg chain model reminiscent of the Sr analog SrCuTe2O6. While the intrachain
coupling J/kB≃ 37K is reduced compared to 49K in the Sr compound, the Néel temperature …