On the influence of the magnetic field upon hydrogasdynamic processes in a boiling magnetic fluid

The processes of the growth and separation of the vapor bubbles in a boiling magnetic liquid were experimentally and theoretically modeled. Experimental results of the influence of a homogeneous constant magnetic field upon the volume and departure frequency of magnetic fluid drops from a horizontal surface in a transparent nonmagnetic liquid are presented. The mechanism of the influence of the magnetic field upon the volume and departure frequency of the magnetic fluid drops is explained. The shape and volume of a magnetic liquid drop placed in a nonmagnetic environment are theoretically calculated for various values of the magnetic field intensity the drop is exposed to.