Structural, Electric & Magnetic study of CuxCo1-xAl2yFe2-2yO4 ferrites
Aluminium Substituted Copper Cobalt Mixed Ferrites
Versandkostenfrei!
Versandfertig in 6-10 Tagen
53,99 €
inkl. MwSt.
PAYBACK Punkte
27 °P sammeln!
Ferrite is a class of magnetic material. Naturally occurring ferrite is the ferrous ferrite(Fe3O4) as "Load Stone". In early days it was considered as ferromagnetic material. But latter on L Neel realized that, material consists uncompensated anti parallel spin arrangement and hence named as "Ferrimagnetic material. Ferrite is a special class of Ferrimagnetic material having interesting intrinsic properties. Basically Farous ferrite Fe3o4 is having double oxides Feo and Fe2O4. The properties can be alter by substituting divalent iron ion by divalent cations from transition elements. Properties...
Ferrite is a class of magnetic material. Naturally occurring ferrite is the ferrous ferrite(Fe3O4) as "Load Stone". In early days it was considered as ferromagnetic material. But latter on L Neel realized that, material consists uncompensated anti parallel spin arrangement and hence named as "Ferrimagnetic material. Ferrite is a special class of Ferrimagnetic material having interesting intrinsic properties. Basically Farous ferrite Fe3o4 is having double oxides Feo and Fe2O4. The properties can be alter by substituting divalent iron ion by divalent cations from transition elements. Properties can be significantly modified by substituting trivalent iron ion by another trivalent cations. Ferrites are found to be technologically and commercially useful magnetic material. Due to highly electrically resistive and low magnetic behavior as well as negative temperature coefficient of resistance along with low magnetic loss ferrites can be used at high frequencies. They find applicationsin the fields like elecommunications, electronic industries, data storage and processing. Aluminum substituted Copper Cobalt mixed CuxCo1-xAl2yFe2-2y ferrite system is prepared to study various properties.
Andere Kunden interessierten sich für
