Non-Equilibrium Magnetization of a Dilute Suspension of Brownian Magnetic Particles

Alexander Tyatyushkin

doi:10.4028/www.scientific.net/SSP.190.657

Paper Titles

Structure Properties of Polydisperse Magnetic Fluids
p.641

Anisotropic Silicone Rubber Based Magnetorheological Elastomer with Oil Silicone and Iron Microparticles
p.645

Extension of the Working Temperature Range of Magnetic Fluid Susceptibility Measurements
p.649

Dynamics of a Dielectric Microdrop Suspended in a Magnetic Fluid in Electric and Magnetic Fields
p.653

Non-Equilibrium Magnetization of a Dilute Suspension of Brownian Magnetic Particles
p.657

Effect of Electron Irradiation on the Non-Stoichiometric and Doped Lanthanum Manganites
p.663

Effect of Partial Oxygen Isotope Substitution on the Phase Diagram of (Pr_1-yEu_y)_0.7Ca_0.3CoO₃ Cobaltites
p.667

Effects of Non-Magnetic Doping upon Orbital and Magnetic Structures of Lanthanum Manganite
p.671

Nanophase Separation and Magnetic Spin Glass in Nd_2/3Ca_1/3MnO₃
p.675

HomeSolid State PhenomenaSolid State Phenomena Vol. 190Non-Equilibrium Magnetization of a Dilute...

Non-Equilibrium Magnetization of a Dilute Suspension of Brownian Magnetic Particles

Abstract:

The influence of the inertial effects on the non-equilibrium magnetization of a suspensionof Brownian magnetic particles in a viscous liquid in a varying uniform magnetic field is theoreticallystudied. Themagnetization of the suspension is calculated. The heat generation power density is foundas a function of the frequency of the applied magnetic field.