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Fibers and square sapphire shaped single crystals grown from the melt and optical characterization

机译:纤维和方形蓝宝石形状的单晶通过熔体生长和光学表征

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摘要

The micro-pulling down technique has been used to grow fibers (φ=1 mm) and square (2×2 mm~2) sapphire shaped single crystals with controlled sizes. The hot zone construction and fiber pulling conditions have been optimized. As a result, growth of transparent and homogeneous sapphire shaped crystals has been performed. The crystals have been grown under 1 bar of argon atmosphere with pulling rate varied in the range of 0.5-3 mm/min. 100% of the melt has been continually transformed into crystalline sapphire with empty crucible at the end of the growth operation. The as grown crystals show high chemical homogeneities and good optical properties.
机译:微拉技术已被用于生长尺寸可控的纤维(φ= 1 mm)和方形(2×2 mm〜2)蓝宝石形状的单晶。优化了热区的构造和拉纤条件。结果,已经进行了透明且均匀的蓝宝石形状的晶体的生长。晶体已在1 bar的氩气气氛下生长,提拉速度在0.5-3 mm / min的范围内变化。在生长操作结束时,用空的坩埚将100%的熔体连续转化为结晶蓝宝石。所生长的晶体显示出高化学均质性和良好的光学性质。

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