The high symmetry cubic phase of double perovskites is an ideal crystal phase at higher
temperatures, and exhibit various fascinating properties such as multiferroicity, half …

Ab-initio calculations based on density functional theory have been performed to establish
the ground state properties for the double perovskite type material Ba 2 CaMoO 6. The …

Double perovskite-like material Sr 2 TiMoO 6 (STMO) has been obtained by solid state
synthesis. Analysis of the morphology by SEM reveals the occurrence of polyhedral grains …

Materials in which electronic spin manipulation is possible for the tuning of charge and spin
currents are intensively pursued due to the multifunctionality of their potential applications in …

Over the last few decades, double perovskites have been studied extensively because they
exhibit exotic properties, such as magnetoresistance, ferroelectricity, superconductivity, half …

A lead-free bismuth holmium cobalt titanate multiferroic (BiHoCoTiO 6) was synthesized at
high temperatures by a solid-state reaction (a mixed oxide) route. Structural analysis of the …

Two lead-free double perovskites; BiHoZnZrO 6 and BiHoCuTiO 6 were synthesized by a
cost effective solid-state reaction technique. When the pair of elements (Zn and Zr) are …

Electronic, crystal structure and the surface morphology of the Sr2DyRuO6 double
perovskite, has been investigated. Measurements of X-ray diffraction and Rietveld analysis …

Polycrystalline samples of Sm2Bi2Fe4O12 were produced by the standard solid state
reaction method. The structural characterization revealed that the material crystallizes in an …

Perovskite-like materials, which include magnetic elements, have relevance because their
technological perspectives of applications in the spintronics industry. In this work, the …