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Process for fabricating an article comprising a magneto-optic garnet material
Process for fabricating an article comprising a magneto-optic garnet material
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机译:制造包括磁光石榴石材料的制品的方法
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摘要
Improvements in the production of high-performance latching magneto-optic garnet materials are provided. It has been recognized that high-Europium magneto-optic garnets will offer superior properties in devices such as isolators, circulators and interleavers. However, formation of, e.g., (BiEu)3(FeGa)5O12 on conventional, congruent composition, garnet substrates is difficult, due to poor lattice matching between the magneto-optic garnet and such conventional substrates. The invention addresses this problem, by utilizing a single crystal substrate composed essentially of a solid solution of two or more garnet materials. By use of a solid solution of two or more garnets, e.g., two congruent garnet compositions, an acceptable lattice parameter is able to be attained. Useful solid solutions include gadolinium scandium gallium garnet and gadolinium scandium aluminum garnet, or gadolinium scandium gallium garnet and terbium scandium gallium garnet.
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机译:提供了对高性能闩锁磁光石榴石材料的生产的改进。已经认识到,高high磁光石榴石将在隔离器,循环器和交错器等设备中提供优越的性能。然而,由于在常规的,全等组成的石榴石衬底上难以形成例如(BiEu) 3 Sub>(FeGa) 5 Sub> O 12 Sub>导致磁光石榴石与此类常规基板之间的晶格匹配差。本发明通过利用基本上由两种或更多种石榴石材料的固溶体组成的单晶衬底来解决这个问题。通过使用两种或多种石榴石,例如两种全石榴石组合物的固溶体,可以获得可接受的晶格参数。有用的固溶体包括scan镓镓石榴石和g铝镓石榴石,或scan镓镓石榴石和gall镓镓石榴石。
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