Novel Magnetic Properties of Gd Substituted Mn-Zn Ferrites Nanoparticles: Modeling T2 Variation with Temperature

Keywords

accompanied account accurately achieved acknowledgments additional adequate adjusted agent agents agglomeration agreement anomalous assuming attributed authors behavior beyond bigger caused characterization chem chemical close cluster coefficient component concentrations constant contrast contribution core correct critically crystal decrease decreases decreasing defects density dependent depends detailed diffusion distribution double elsewhere emirates enables errors examined existence expansion explain extracted fall fitted fitting foundation function functions furthermore generated hence hysteresis implemented include increasing induced instead intensified inter interaction investigate investigations ions isolated keeps larger layer linear lost made magnetization mass materials measured model modeling models moment morphology much negligible novel packing paramagnetic part particle particles particularly physical physics precipitation presence produced project properties propose radius regime relies reported represented reveals rising sample samples saturated saturation several shell simultaneous spin structural structure substituted substitution successful support surface susceptibility synthesize synthesized table take taken temperature temperatures term thank thermal types unexpected units unnecessary variable variation volume yield yields