Antiferromagnetic resonance in an intermediate state of
Eremenko V. V. , Klochko A. V. , Naumenko V. M. , Pishko V. V.
Experiments show that when the external magnetic field is aligned precisely along the easy axis of the CuCl2-2H20 crystal the frequency-field dependence of the antiferromagnetic resonance has a discontinuity at the field corresponding to a flipping of the magnetic sublattices. The results thus show that the magnetic oscillations in the domains of different phases occur independently in the intermediate state.