Abstract
The peculiarities of changes in the polarization of light passing through a crystal have been investigated for the case of magnetomechanical resonance within the model of longitudinal oscillations of a magneto-optical crystal shaped as a thin rod. The geometry of the magnetic fields is chosen so as to bring about a change in the light polarization by the Faraday and Cotton-Mouton effects. The amplitude and phase-frequency dependences of the variable components of the Faraday effect and the elements of the Stokes vector are plotted in the range of resonant frequencies of longitudinal oscillations of magnetomechanical crystal using the example of yttrium ferrite garnet.
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