ABSTRACT
The viscosity and rheological behaviour of the magnetic fluids are influenced by the variation of temperature. The magnetorheological effect is the significant change of the mechanical properties (viscosity, plasticity, elasticity) of some suspensions under the effect of magnetic fields. The viscosity of a magnetorheological suspension may increase by up to 100 times with an increase of the strength of the magnetic field. The strongest effects, accompanying the magnetising of the disperse ferromagnetics, are observed in the suspension of the magnetically soft materials, in particular, in the suspensions of carbonyl iron or carbonyl nickel. The strongest effects, accompanying the magnetising of the disperse ferromagnetics, are observed in the suspension of the magnetically soft materials, in particular, in the suspensions of carbonyl iron or carbonyl nickel. The strongest effects, accompanying the magnetising of the disperse ferromagnetics, are observed in the suspension of the magnetically soft materials, in particular, in the suspensions of carbonyl iron or carbonyl nickel.
