Polar discontinuities, as well as compositional and structural changes at oxide interfaces
can give rise to a large variety of electronic and ionic phenomena. In contrast to earlier work …

In this work, we investigated the MOCVD conditions to synthesize thin films with the
hexagonal P63cm h-LuMnO3 phase as a potential low-band gap ferroelectric material. The …

The interatomic potentials for multiferroic hexagonal LuMnO 3 (h-LMO) in its ferroelectric
(FE) phase was obtained for empirical fitting procedure and applied to study the effects of a …

Self-doping of the h-LuMnxO36d (0.92 x 1.12) phase and changes in the sintering time are
applied to investigate the formation and annihilation of antiphase ferroelectric (FE) domains …

A study on the underlying interaction mechanisms between lattice constants, magnetic and
dielectric properties with inhomogeneities or internal interfaces in hexagonal, off …

Self-doped h-LuMn x O3±δ multiferroic ceramics with 0.92≤ x≤ 1.12 were studied for the
dependence of magnetic properties on x. Interlocking of lattice distortion at the nanoscale …

h-LuMnO3 Page 1 h-LuMnO3 Crystallographic Data at Normal Pressure Crystal structure:
Hexagonal Space group: P63cm Lattice parameters: a ¼ 6.04011(3) Å and c ¼ 11.3648(6) Å …

Research on topological defects in hexagonal manganites exposed uncovered properties of
topologically protected domains and domain walls. Topological defects of h-REMnO3 oxides …

In this work further optical and electrical investigations of pure and Zr doped $ Mn_3O_4
$(from 0 up to 20 at.%) thin films as a function of frequency. First, the refractive index, the …

The comprehensive study on the coupling of magnetism, electrical polarization and the
crystalline lattice with the off-stoichiometric effects in self-doped multiferroic hexagonal h …