Spectral Domain Magneto-Optical Magnetometry

M. Mansurova; O.V. Kolokoltsev

doi:10.4028/www.scientific.net/SSP.190.373

Paper Titles

Magnetic Properties and Magnetocaloric Effect of Gd₃Ni in Crystalline and Amorphous States
p.355

Features of Magneto-Optical Response on Multilayer Nanostructures {(Co₄₅Fe₄₅Zr₁₀)_Z(Al₂O₃)_100-Z/α-Si:H}_n
p.361

Experimental Study of the Faraday Effect in 1D-Photonic Crystal in Millimeter Waveband
p.365

Surface Plasmon Polaritons and Inverse Faraday Effect
p.369

Spectral Domain Magneto-Optical Magnetometry
p.373

Effect of the Peierls Relief Chirality on Domain Wall Dynamics in Molecular Ferrimagnet
p.377

The Analysis of the Magnetorefractive Effect in La 0.7Ca0.3Mno3: Thin Films and Single Crystals
p.381

Proximity Effect for Asymmetrical Three-Layered FS Structures in External Magnetic Field
p.387

Investigation of Multicritical Phenomena in Complex Models of Magnetics by Monte-Carlo Methods
p.391

HomeSolid State PhenomenaSolid State Phenomena Vol. 190Spectral Domain Magneto-Optical Magnetometry

Spectral Domain Magneto-Optical Magnetometry

Abstract:

In this work we present a new concept for measuring high intensity pulsed magnetic fields (h (t)) through the spectral analysis of spin excitations in a saturated yttrium-iron garnet (YIG) thin film grown on a gadolinium gallium garnet (GGG) substrate. The spectrum of spin excitations, generated in the sample by picosecond h (t), was determined with the help of a magnetooptical (MO) Faraday probe in the guided wave regime of lightwave propagation. This technique, compared to the standard MO cells, allows one to avoid saturation effects because the amplitude of h (t) is measured in the frequency domain, and allows us to realize the analysis in real time taking advantage of strong a MO signal.