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Magnetic and Magneto-Optical Properties of Nano-Size Bi-YIG Particles Dispersed in a Plastic Binder

机译:分散在塑料粘合剂中的纳米尺寸Bi-yig颗粒的磁性和磁光性能

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摘要

Magneto-optical films were prepared by coating nano-size Bi-YIG particles, the Faraday rotation of the films were measured. The particle size was changed by milling with a planetary milling machine from 1 h to 100 h. The magnetic and magneto-optical properties were measured. The Ms of the films dropped with milling time, however, the peak values of Faraday rotation increased. The Faraday rotation spectra of the films changed with particle size. These results indicate that the magneto-optical properties of the coated films differ from those of sputterd films. The figure of merit of the coated films was 3.0 and comparable to that of sputtered films.
机译:通过涂覆纳米尺寸的Bi-yig颗粒制备磁光膜,测量膜的法拉第旋转。通过用1小时至100小时的行星铣床铣削改变粒径。测量磁性和磁光性质。然而,薄膜的MS下降,然而,法拉第旋转的峰值增加。薄膜的法拉第旋转光谱随粒径而变化。这些结果表明涂覆膜的磁光学性质与溅射膜的磁光学性质不同。涂膜的优选形式为3.0,与溅射膜相当。

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