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- W2017953917 abstract "By a combination of $X$-band and $Q$-band ESR investigations it was possible to distinguish between effects of first and second order in the critical behavior, which are influenced in different ways by the dynamics of the order-parameter fluctuations. The theoretical analysis is based on a Fourier expansion of the ESR fine-structure elements in terms of the harmonics of the incommensurate modulation. Second-order perturbation theory for the evaluation of the ESR spectra was applied. The splitting between the edge singularities should show a temperature dependence given by the superposition of two different critical contributions: $ensuremath{Delta}{B}_{mathrm{ES}}{=a(T}_{i}ensuremath{-}{T)}^{overline{ensuremath{beta}}}{+b(T}_{i}ensuremath{-}{T)}^{2ensuremath{beta}}.$ The second contribution depends on the strength of the external magnetic field. This could be clearly revealed in the comparison between $Q$- and $X$-band measurements. The influence of the Mn content ${c}_{mathrm{Mn}}$ or of the ensuremath{gamma}-irradiation dose ${c}_{ensuremath{gamma}}$ on the splitting of the edge singularities was analyzed." @default.
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- W2017953917 date "1998-08-01" @default.
- W2017953917 modified "2023-09-27" @default.
- W2017953917 title "Interpretation of the temperature dependence ofMn2+high-field ESR spectra in the first incommensurately modulated phase of betaine calcium chloride dihydrate" @default.
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- W2017953917 doi "https://doi.org/10.1103/physrevb.58.2556" @default.
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