THE GENERALIZED RANDOM FORCING CONCEPT ADAPTED TO STOCHASTIC FERROHYDRODYNAMICS

The statistical formulation of three-dimensional large-scale ferrohydr odynamics has been developed. The aim of the paper was straightforward evaluation of universal turbulent transport coefficients of developed turbulence. The implications of the field theoretical formulation sup plemented by renormalization group technique (with double expansion in forcing exponent and deviations from dimensionality d --> 2) has been discussed. Attempts have been made to describe the influence of magne tic particle aggregates on the turbulent flow characteristics as a sma ll-scale random forcing.