Abstract
A particular case of chaos-to-chaos intermittency identified as on-off intermittency has experimentally been observed in a yttrium iron garnet sphere at high power ferromagnetic resonance. The theoretically predicted power law scaling with the exponent $\ensuremath{-}1$ has been detected in the dependencies of the mean ``laminar'' phase length on both static magnetic field and pumping microwave power. In the distribution of the laminar lengths a $\ensuremath{-}3/2$ power law was observed close to the onset of intermittency.
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