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Nano- and micro-scale Bi-substituted iron garnet films for photonics and magneto-optic eddy current defectoscopy

机译:纳米和微米级双取代铁石榴石膜,用于光子学和磁光涡流缺陷检测

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摘要

Synthesis technology of nano-scale Bi-substituted iron garnets films with high magneto-optic activity for photonics and plasmonics applications were proposed. The micro-scale single-crystal garnet films with different types of magnetic anisotropy as a magneto-optic sensors were synthesized. It was shown that easy-axis anisotropy films demonstrated the best results for visualization of redistribution eddy current magnetic field near defects.
机译:提出了具有高磁光活性的纳米级双取代铁石榴石薄膜的合成技术,以用于光子学和等离子体技术。合成了具有不同类型的磁各向异性的微尺度单晶石榴石膜作为磁光传感器。结果表明,易轴各向异性薄膜在缺陷附近重新分布的涡流磁场可视化方面显示出最佳结果。

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