Erratum on Physical Review B 71, 014411 (2005) A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylindrical magnetic dots of radius ranging from the nanometric to the submicrometric scale in the vortex ground state at zero applied magnetic field is presented. The effective field includes both the surface and the volume dynamic magnetostatic and exchange fields. We also show that the core energy affects the spin dynamics. The modes at lower frequencies present as radial eigenvectors Bessel functions of high orders smù1d, while the axially symmetric modes at higher frequencies correspond to zero order Bessel functions
The dynamical matrix method, which has been recently introduced for spin mode calculations in magnet...
The spin structure in a magnetic dot is studied as a function of the exchange coupling strength and ...
We study how a varying applied magnetic field influences the localization of the spin excitations in...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cyli...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
The analytical model recently formulated to calculate spin modes frequencies in vortex-state ferroma...
An analytical model able to calculate frequencies of surface spin modes in vortex-state ferromagnet...
The quantized mode spectrum of standing spin waves and edge modes in cylindrical Permalloy dots with...
The frequency behavior of the most representative mode of the spectrum, the fundamental mode, i...
This paper was published online on 19 April 2006 with formatting errors resulting in missing or misp...
An analytical model able to calculate frequencies of surface spin modes in vortex-state ferromagneti...
The effect of the core formation on the vortex-state frequencies of spin modes in cylindrical magnet...
This chapter describes spin-wave excitations in nanosized dots and rings in the presence of the vort...
The dynamical matrix method, which has been recently introduced for spin mode calculations in magnet...
The spin structure in a magnetic dot is studied as a function of the exchange coupling strength and ...
We study how a varying applied magnetic field influences the localization of the spin excitations in...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cyli...
A theoretical model for the calculation of the quantized spectrum of spin modes frequencies in cylin...
The analytical model recently formulated to calculate spin modes frequencies in vortex-state ferroma...
An analytical model able to calculate frequencies of surface spin modes in vortex-state ferromagnet...
The quantized mode spectrum of standing spin waves and edge modes in cylindrical Permalloy dots with...
The frequency behavior of the most representative mode of the spectrum, the fundamental mode, i...
This paper was published online on 19 April 2006 with formatting errors resulting in missing or misp...
An analytical model able to calculate frequencies of surface spin modes in vortex-state ferromagneti...
The effect of the core formation on the vortex-state frequencies of spin modes in cylindrical magnet...
This chapter describes spin-wave excitations in nanosized dots and rings in the presence of the vort...
The dynamical matrix method, which has been recently introduced for spin mode calculations in magnet...
The spin structure in a magnetic dot is studied as a function of the exchange coupling strength and ...
We study how a varying applied magnetic field influences the localization of the spin excitations in...