Ti (Fe1.7v0.3) and Ti0.9y0.1 (Fe1.7V0.3) of samples structural, magnetic and the magnetocaloric properties

Laves phase structure of the alloy has an important place in the intermetallic alloys, requirements and application areas from which they both Magnetocaloric effect (MCE) has been studied intensively for over lately. Due to the physical structure of the Laves phases have to exhibit a magnetic property MCE. In this study, Ti( Fe1-xVx)2 (x = 0.15) and Ti0.9Y0.1( Fe1-xVx)2 structural samples with Laves phase structure, with the results examined magnetic and Magnetocaloric properties are discussed. The samples were produced by arc melting system using arc melting method. Transition temperature of the metallic alloy samples prepared using magnetization measurements depending on temperature are determined and magnetic entropy change was calculated using measurements of magnetization depending on the area. All samples were found to show Tc temperature Magnetocaloric effect around. Different ionic radii, depending on the change in the doping concentration of elements on the magnetic and Magnetocaloric properties have been investigated