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Method of growing single crystals of rare earth metal iron garnet materials

机译:稀土金属石榴石材料单晶的生长方法

摘要

A method of growing monocrystalline bismuth rare earth iron garnet, either as a single crystal or as an epitaxial layer, from a solution containing composing components of the garnet together with a flux. The flux consists essentially of a mixture of Bi.sub.2 O.sub.3 and RO.sub.2, wherein R is at least one of the elements Si, Ge, Ti, Sn, Zr, Ce and Te, wherein the system Bi.sub.2 O.sub.3 --RO.sub.2 includes a eutectic composition having a eutectic temperature which is below the melting temperature of pure Bi.sub.2 O.sub.3. By using these Bi.sub.2 O. sub.3 -- RO.sub.2 fluxes, the monocrystalline garnets produced have lower optical absorption coefficients at, for example 5100 A and 5600 A than similar garnets grown using lead-containing fluxes. Furthermore higher growth rates and higher growth temperatures are possible when using the Bi.sub.2 O.sub.3 --RO.sub.2 fluxes rather than lead-containing fluxes.
机译:一种从含有石榴石的组成成分和助熔剂的溶液中生长单晶铋稀土铁石榴石的方法,可制成单晶或外延层。焊剂主要由Bi 2 O 3和RO 2的混合物组成,其中R是元素Si,Ge,Ti,Sn,Zr,Ce和Te中的至少一种,其中系统Bi 2 O 3 -RO 2包含的共晶组合物的共晶温度低于纯Bi 2 O 3的熔融温度。通过使用这些Bi 2 O 3-RO 2焊剂,所制得的单晶石榴石在例如5100 A和5600 A处具有比使用含铅焊剂生长的类似石榴石更低的光吸收系数。此外,使用Bi2 O3 -RO2助焊剂而不是含铅助焊剂时,可能会有更高的生长速率和更高的生长温度。

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