Magnetic and Fermi Surface Properties of Ferromagnets EuPd₂ and EuPt₂

De Haas–van Alphen Effect and Fermi Surface Properties of Antiferromagnet EuSnP

“…This ordering temperature is also extremely large in the Eu-compounds. The typical example is T C = 100 K in a ferromagnet EuPt 2 [4]. In this compound with the cubic structure, the similar pressure experiment was carried out, revealing a rate of dT N /dP = 3 K/GPa and T C = 122 K at 8 GPa in EuPt 2 .…”

A ferromagnetic Eu–Pt surface compound grown below hexagonal boron nitride

“…Divalent Eu (4f 7 , J = 7/2) has a low-temperature ferromagnetic state in bulk EuPt 2 and similar compounds. 68 We measured the magnetic properties of our hBN-protected EuPt 2 surface alloy with X-ray circular magnetic dichroism (XMCD) at the (111) position in the curved crystal. Results are shown in Fig.…”

Magnetic and Fermi Surface Properties of EuAu5 and EuCu5

“…The present highly anisotropic magnetization curves in EuAu 5 and EuCu 5 are the first case as far as we know. For example, in the case of the magnetization curves in Eu-based ferromagnets such as EuPd 2 and EuPt 2 with the cubic structure [9] and EuRu 2 P 2 with the tetragonal structure [10], a saturated field is 4 -6 kOe for H ∥ ⟨100⟩, ⟨110⟩ and ⟨111⟩ in EuPd 2 , 7 -10 kOe for H ∥ ⟨100⟩, ⟨110⟩ and ⟨111⟩ in EuPt 2 , and 6 -10 kOe for H ∥ [100], and [001] in EuRu 2 P 2 . As EuAu 5 and EuCu 5 are ferromagnets, revealing θ p ≃ T C , the present anisotropic magnetization is not due to the geometric frustrated magnetism of the triangular lattice in the hexagonal basal plane, but might be due to the anisotropic exchange interaction.…”