Open AccessEffect of a Dc Oblique Magnetic Field on the Magnetic Susceptibility of the Super-Paramagnetics Nanoparticles in Very Low Damping
Author(s) -
Malika Madani,
Bachir Ouari
Publication year - 2020
Language(s) - English
DOI - 10.47363/jpsos/2020(2)118
Subject(s) - paramagnetism , condensed matter physics , magnetic field , magnetic susceptibility , anisotropy , relaxation (psychology) , coupling (piping) , materials science , oblique case , physics , amplitude , diffusion , nuclear magnetic resonance , optics , psychology , social psychology , quantum mechanics , metallurgy , thermodynamics , linguistics , philosophy
The Magnetic Susceptibility of an individual Super-Paramagnetic nanoparticle in a presence of DC Oblique magnetic fields of arbitrary amplitude is investigated using Brown’s continuous diffusion model. The susceptibility is calculated and compared when for extensive ranges of the anisotropy, the dc magnetic fields in the very low damping with Matrix continued Fraction. It is shown that the shape of the Spectrum of Super-Paramagnetic nanoparticles is substantially altered by applying a dc oblique field. There is also an inherent geometric dependence of the complex susceptibility on the damping parameter arising from coupling of longitudinal and transverse relaxation modes