Abstract
A study of maps of dynamic regimes of incommensurate superstructures in the surface energy field for [N(CH3)4]2MeCl4 crystals where Me = Co; Zn; Mn; Fe; Ni; Cu was performed. It was found that the decrease in the magnitude of the anisotropic interaction, described by the Dzyaloshynskii invariant, under the influence of the surface energy, leads to a decrease in the magnitude of the long-range interaction due to an increase in the overall anisotropic interaction caused by the deformation of the crystal structure (an increase in the contribution of spatial changes in the phase and amplitude of the order parameter).
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