THE EFFECT OF PRECESSION OF MAGNETIZATION VECTOR ON THE MÖSSBAUER SPECTRA OF SUPERPARAMAGNETIC PARTICLES

G. Belozerskii, S. Simonyan
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Abstract

It is shown, that the description of the time development of the magnetic moment of superparamagnetic particles in terms of the dis crete orientations model is the main reason of the distinction between the theoretical and experimental spectra. The model of the time development of magnetic moment which takes into account the jumps from one easy direction to another as weIl as the precession at the time between the jumps, gives a reasonable explanation for the broadening and the asymmetry of the experimental lines.
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磁化矢量进动对超顺磁粒子mÖssbauer谱的影响
结果表明,用离散取向模型描述超顺磁粒子磁矩的时间发展是理论谱与实验谱存在差异的主要原因。磁矩的时间发展模型考虑了从一个方向到另一个方向的跃迁和跃迁之间的进动,对实验线的展宽和不对称给出了合理的解释。
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Recent and present sedimentary fluxes of heavy metals and radionuclides in oligotrophic Lake Annecy, France Anisotropic damage effects in masonry walls CRYSTAL FIELD AND MAGNETIC PROPERTIES OF Dy(OH)3, Ho(OH)3 AND Er(OH)3 SLOW PARAMAGNETIC RELAXATION OF HIGH-SPIN IRON III IN A TRIGONAL BIPYRAMIDAL ENVIRONMENT A STUDY OF THE PENTA-AZIDO FERRATE ION, FE(N3)52- THE EFFECT OF PRECESSION OF MAGNETIZATION VECTOR ON THE MÖSSBAUER SPECTRA OF SUPERPARAMAGNETIC PARTICLES
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