Magnetic ordering and domain-wall relaxation in zinc-ferrous ferrites

Structure and magnetic properties of Cd doped copper ferrite

“…the fraction of cupric ions at B-sites strongly depends on the preparation technology and temperature which determines the crystal structure [15,16]. Incorporation of zinc and cadmium ions strongly affects the magnetic properties of ferrospinel [17] due to its well known preferences for tetrahedral surroundings. It has been reported that cadmium substituted Cu ferrites behaves as n-type semiconductors and the Seebeck coefficient gradually decreases with increase in cadmium content [18].…”

Physico-chemical investigation on mixed alkali metal ferrites prepared by solution combustion method – A comparative study

“…In such a situation, the two sublattices will no longer be antiparallel and there will be canting of spins in B sublattice. The canting angle depends upon 'x' and a number of zinc substituted ferrites have been found to possess canted structure, whose angle of canting varies with the Zn content (x) in the system [18,19]. The observed trend for saturation Saturation magnetization emu/g Zn Con ten t [20][21][22][23].…”

Magnetic and transport properties of Zn0.4Fe2.6O4 thin films with highly preferential orientation

“…No mixed phase, such as ZnO or ␣-Fe 2 O 3 peak, was observed in all the films. The crystal constants of the films are 8.383, 8.412 and 8.380Å for the films on the different substrates, respectively, with a slight difference to the value of 8.410Å for the corresponding bulk due to the crystalline lattice mismatch between the films and the substrates [14,15].…”