Temperature dependence of Faraday rotation in microcavity 1D-MPC with compensation temperature

V N Berzhansky,A V Karavainikov,T V Mikhailova,A R Prokopov,A N Shaposhnikov,M F Kharchenko,I M Lukienko,O V Miloslavskaya,Yu M Kharchenko

Oxide Materials for Electronic Engineering（2014）

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摘要

The low-temperature behavior of optical and magneto-optical properties of microcavity 1D-MPCs with different composition of substituted YIG films as defect layers were investigated. It is found that optical transmittance of 1D-MPCs was temperature independent and 1D-MPC with Bi, Gd, and Al-substituted YIG films had compensation temperature of Faraday rotation ≈ 30 K.

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关键词

faraday effect,aluminium compounds,bismuth compounds,gadolinium compounds,infrared spectra,low-temperature techniques,magnetic thin films,visible spectra,yttrium compounds,al0.75yfe5o12,bi0.75y2.25fe5o12,faraday rotation,gd0.75yfe5o12,aluminum substituted yic film composition,bismuth substituted yic film composition,compensation temperature dependence,defect layers,gadolinium substituted yic film composition,low-temperature behavior,magneto-optical properties,microcavity id-mpc,optical properties,optical transmittance,visible-infrared spectra,1d-magnetophotonic crystals,bi: yig films,compensation temperature

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