First principle calculations are employed to investigate the anti-ferromagnetic CaMnO3 with
regard to its geometry, ground state electronic structure and charge distributions. The G-type …

The electrical transport coefficients of anti-ferromagnetic CaMnO 3 have been investigated
by density functional theory calculation within generalized gradient approximation. The …

The electronic and thermal properties of hole (Na) and electron (Ga) doped CaMnO3
systems are investigated based on the first principle density functional theory calculations …

In this paper, the physical properties of AMnO 3 (A= Mg, Ca) have been explored by means
of density functional theory based computational approaches. The calculations for structural …

The electronic properties of Sr doped CaMnO3 are studied using the first principle density
functional theory calculation based on a plane wave basis and pseudopotentials. The …

We present the electronic structure and thermoelectric properties of doped and intrinsic
CaMnO 3 investigated by first principles and semi-classic Boltzmann theory. The G-type anti …

We report inelastic neutron scattering measurements over 7–1251 K in CaMn O 3 covering
various phase transitions, and over 6–150 K in PrMn O 3 covering the magnetic transition …

The rare earth Pr-doped Ca 1− x Pr x MnO 3− δ (0⩽ x⩽ 0.14) compound bulk samples are
fabricated by citrate acid sol–gel combined with the ceramic preparation method. The effects …

The synthesis, crystal structure and magnetic properties of Ca1− xGdxMnO3 (x= 0.05; 0.1;
0.15; 0.2) perovskite has been investigated. Powders with nominal compositions Ca0 …

Ca0. 9Gd0. 1MnO3 nanopowders with perovskite type crystal structure were synthesized by
modified glycine nitrate procedure. Nanopowders were prepared by combining glycine with …