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首页> 外文期刊>Japanese Journal of Applied Physics. Part 1, Regular Papers & Short Notes >Liquid Phase Epitaxial Growth of (Bi, Lu)_3(Fe, Ga)_5O_(12) Films with In-Plane Anisotropy for Magneto-Optical Imaging
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Liquid Phase Epitaxial Growth of (Bi, Lu)_3(Fe, Ga)_5O_(12) Films with In-Plane Anisotropy for Magneto-Optical Imaging

机译：（Bi，Lu）_3（Fe，Ga）_5O_（12）具有平面各向异性的薄膜的液相外延生长用于磁光成像的

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摘要

The key factors in the liquid phase epitaxial growth of (Bi, Lu)_3(Fe, Ga)_5O_(12) garnet films with in-plane anisotropy for magneto-optical imaging, MOI, have been investigated. The role of stress induced magnetic anisotropy caused by the lattice misfit between the film and substrate, in particular, was examined. We found that it was necessary to control precisely the lattice misfit in the operating temperature region of the MOI indicator. The (100) orientation of Gd_3Ga_5O_(12)GGG) substrates is preferable to the (111) orientation for the fabrication of in-plane films in case of the same saturation magnetization. By using the film, magnetic flux penetration through the grain boundaries of an Y-Ba-Cu-O bulk sample was observed clearly with high resolution.
机译：研究了在磁光成像MOI中具有面内各向异性的（Bi，Lu）_3（Fe，Ga）_5O_（12）石榴石薄膜的液相外延生长的关键因素。尤其是，研究了由膜和基底之间的晶格失配所引起的应力感应磁各向异性的作用。我们发现有必要精确控制MOI指示器工作温度范围内的晶格失配。在相同的饱和磁化强度的情况下，Gd_3Ga_5O_（12）GGG）基板的（100）取向优于制造平面内膜的（111）取向。通过使用该膜，以高分辨率清楚地观察到通过Y-Ba-Cu-O块状样品的晶界的磁通量渗透。

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