The influence of La substitution on the structure, magnetic and electric properties of Sr hexaferrite is examined in isotropic and anisotropic samples. High quality hard ferrite is obtained with 1 weight % of La substitution ( for SiOz doping samples as well).

Oriented M-type hexaferrite thin films are deposited using the alternating target laser ablation deposition ATLAD technique utilizing PbO and Fe2O3 targets. Crystallographic, dc magnetic, and microwave characterization results confirming the presence of a hexagonal PbFe12O19 phase are presented. We conclude that the ATLAD technique holds great promise for layer by layer deposition of various he...

Barium hexaferrite (BaFe12O19; M-type; BaM) is an important, cost effective magnetic material for permanent magnet applications. The properties of the prepared samples, and purity BaM phase depend critically on synthesis route experimental conditions. In this study, hexaferrites were by co-precipitation method using two different values pH precursor solutions (11.0 12.5), sintering pellets co-p...

We report the successful growth of BaFe12O19–BaTiO3 (BaM-BTO) bilayer thin films using pulsed laser deposition, considering different crystallographic textures; BTO on (0001)-BaM and BaM (100)-BTO. Our study involved bilayers, individual ferrite titanate films, targets used in their growth. Raman spectroscopy X-Ray diffraction were to examine structure BaM-BTO indicating that there is no format...