Magnetic susceptibility of ferrofluids determined from diffusion coefficient of a tracer


  • Martin Hernandez Cinvestav-IPN
  • Ricardo Peredo Ortiz Instituto de Fisica UASLP



magnetic susceptibility, ferrofluid, magnetic, nanoparticles, linear response method, diffusion coefficient, dielectric relaxation


Linear response methods allow studying magnetic susceptibility relaxation in isotropic colloidal magnetic fluids. We show a relationship between the susceptibility of macroscopic magnetization at thermal equilibrium and the diffusion constant of a tracer particle. The comparison of the predicted frequency-dependent susceptibility with computer simulations shows their agreement. Besides, at a low concentration of particles, it has the expected Debye behavior. However, the initial susceptibility yields only the qualitative trends of the existing experiments at a low volume fraction of particles and its temperature dependence.


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How to Cite

Hernandez, Martin, and Ricardo Peredo Ortiz. 2022. “Magnetic Susceptibility of Ferrofluids Determined from Diffusion Coefficient of a Tracer”. Revista Mexicana De Física 68 (3 May-Jun):031003 1-0.