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The changes in the magnetic resonance spectra at the transition from the incommensurate plane wave to the incommensurate multi-soliton lattice modulation limits are analysed for different relations between the magnetic resonance frequency and the nuclear displacements. The temperature dependence of the soliton density in Rb 2 ZnCl 4 is redetermined for different crystal orientations in the external magnetic field and the results for the 'linear' and the 'quadratic' case are found to be in good agreement. Whereas comparison of experimental and theoretical lineshapes allows for a rather precise determination of the soliton density, a determination based only on the intensity of the 'commensurate' peaks-as used in early studies-may lead to quantitatively inconsistent results.
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Blinc et al. (1986) studied this question.
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