The theory of ferromagnetic resonance in polycrystalline material is developed for the two cases in which the anisotropy field is either very large or very small compared with the saturation magnetization. Experimental results obtained with cubic and hexagonal ferrites of large anisotrapy agree reasonably well with the theory.On développe la théorie de la résonance ferromagnétique en milieu polycristallin dans le cas d'un champ d'anisotropie, soit très grand, soit très faible par rapport à l'aimantation à saturation. Les résultats expérimentaux obtenus pour des ferrites fortement anisotropiques à réseau cubique et hexagonal sont en accord satisfaisant avec la théorie
Demagnetizing a polycristalline sample by an alternating field leads to an anisotropic reference sta...
In this work we have considered metrological problems and measurement of magnetic parameters and pre...
The authors give a simple method for determining the resonance conditions of a ferrite with two subl...
The theory of ferromagnetic resonance in polycrystalline material is developed for the two cases in ...
We develop a model for ferromagnetic resonance in systems with competing uniaxial and cubic anisotro...
We propose the method for calculating the ferromagnetic resonance curves of polycrystalline hexaferr...
In order to study the approach-saturation curve and determine the magnetic parameters of polycrystal...
We develop a model for ferromagnetic resonance in systems with competing uniaxial and cubic anisotro...
From comparative measurements of the resonance field and line-width on both monocrystalline and poly...
An attempt was made to adapt the domain-wall size model to the explanation of magnetization mechanis...
The ferromagnetic resonance absorptions in the single crystals of Mn-Zn ferrite were studied at the ...
Un nouveau modèle décrivant le renversement de l'aimantation d'un matériau polycristallin est propos...
The ferromagnetic resonance absorption phenomena in single crystals of magnetite were studied at 9,4...
Using the general expression for the ferromagnetic magnetocrystalline energy, one calculates the coe...
The effect of stresses on the magnetic behaviour of polycrystalline ferrites has been investigated ...
Demagnetizing a polycristalline sample by an alternating field leads to an anisotropic reference sta...
In this work we have considered metrological problems and measurement of magnetic parameters and pre...
The authors give a simple method for determining the resonance conditions of a ferrite with two subl...
The theory of ferromagnetic resonance in polycrystalline material is developed for the two cases in ...
We develop a model for ferromagnetic resonance in systems with competing uniaxial and cubic anisotro...
We propose the method for calculating the ferromagnetic resonance curves of polycrystalline hexaferr...
In order to study the approach-saturation curve and determine the magnetic parameters of polycrystal...
We develop a model for ferromagnetic resonance in systems with competing uniaxial and cubic anisotro...
From comparative measurements of the resonance field and line-width on both monocrystalline and poly...
An attempt was made to adapt the domain-wall size model to the explanation of magnetization mechanis...
The ferromagnetic resonance absorptions in the single crystals of Mn-Zn ferrite were studied at the ...
Un nouveau modèle décrivant le renversement de l'aimantation d'un matériau polycristallin est propos...
The ferromagnetic resonance absorption phenomena in single crystals of magnetite were studied at 9,4...
Using the general expression for the ferromagnetic magnetocrystalline energy, one calculates the coe...
The effect of stresses on the magnetic behaviour of polycrystalline ferrites has been investigated ...
Demagnetizing a polycristalline sample by an alternating field leads to an anisotropic reference sta...
In this work we have considered metrological problems and measurement of magnetic parameters and pre...
The authors give a simple method for determining the resonance conditions of a ferrite with two subl...