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Magnetic and Magneto-optic Study of a Layered Co/Pt - Dysprosium-Iron-Garnet System

机译:分层Co / pt - 镝 - 铁 - 石榴石体系的磁性和磁光研究

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摘要

Abstract-We have studied the effects of placing Co/Pt multilayers on dysprosium-iron-garnet doped with bismuth and aluminum. The garnet was deposited by RF-magnetron sputtering and crystallized by rapid thermal annealing. The Co/Pt multilayers were then deposited by DC-magnetron sputtering. The garnet thickness was held constant at lOOO Å while the ColPt multilayer had the form of [3 Å Co/9 Å Pt]n with n ranging from 1 to 16. Coercivities of the samples ranged from about 300 to 2000 Oe. Kerr rotations were as high as 1.8° and ellipticities up to 2° depending upon the wavelength of light and the number of Co/Pt bilayers. Magneto-optic signal figures of merit are determined for several of these composite systems.
机译:摘要-我们研究了将Co / Pt多层放置对铋和铝掺杂的-铁石榴石的影响。石榴石通过射频磁控溅射沉积,并通过快速热退火使其结晶。然后通过直流磁控溅射沉积Co / Pt多层膜。石榴石的厚度保持恒定在1000埃,而ColPt多层膜的形式为[3ÅCo / 9ÅPt] n,n在1到16之间。样品的矫顽力在300到2000 Oe之间。 Kerr旋转高达1.8°,椭圆率高达2°,具体取决于光的波长和Co / Pt双层的数量。确定了其中一些复合系统的磁光信号品质因数。

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