V.P.Shamota
Interaction of liquid metal with rotating magnetic field

Applied hydromechanics, Vol. 1 (73) ¹ 4, (1999) p.77-82
Influence of induction effects at interaction of a conducting liquid placed in the final sizes cylindrical vessel and rotating magnetic field on significance and distribution of a magnetic field and flow velocity in case when the rotating magnetic field has any number of pairs of poles was investigated. For the theoretical description of a flow semiempirical model of "external friction'' was used. The dependence between optimum significances of frequency of a rotating magnetic field and sizes of the flow area was found. The satisfactory coordination theoretical curve and experimental data at various regimes of a flow was received.
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TEXT LANGUAGE: Russian