In solids one often starts with an ideal crystal that is studied on the atomic scale at zero
temperature. The unit cell may contain several atoms (at certain positions) and is repeated …

The interaction of rare-earth magnetism and superconductivity has been a topic of interest
for many years. In classical magnetic superconductors (Chevrel phases, ternary rhodium …

The solid state exhibits a fascinating variety of phases, which can be stabilized by the
variation of external parameters such as temperature, magnetic field and pressure. Until …

The microscopic origin of the magnetically driven ferroelectricity in collinear E-type
antiferromagnetic (AFM-E) orthorhombic manganites is explained by means of first …

Since 1986, most of the interest in superconductivity became focused on high-T c cuprates.
The discovery of the superconducting quaternary borocarbide system Y–Ni–B–C with T c as …

Magnetic and structural properties of tetragonal R 2 Cu 2 In intermetallics are presented for
R= Dy, Tm, and Lu. The neutron diffraction experiment clarifies the nature of magnetic order …

We study the electronic structures of a (001) surface of crystalline Nd 2 Fe 14 B by using a
slab model, and estimate the crystal field parameters A 2 0⟨ r 2⟩ at Nd sites based on first …

Abstract In R In 3 and R Sn 3 the rare earth (R) is trivalent, except for Eu and Yb, which are
divalent. This was experimentally determined in 1977 by perturbed angular correlation …

First-principles calculations have been performed for different collinear magnetic orderings
in orthorhombic manganites, such as HoMnO 3, TbMnO 3, and YMnO 3, showing large …

The electronic structures of a (001) surface of crystalline D y 2 F e 14 B and N d 2 F e 14 B
have been studied and the crystal field parameters at the rare-earth sites have been …