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本文对Nd:YAG单晶光纤的荧光发射特性做了实验研究,用MPG(Miniature Pedestal Growth)单晶生长工艺制备的直径为41至120微米、直径波动在0.5%范围内的具有不同包层的四根光纤和一根细棒为样品,在0.6微米300毫瓦的泵浦激励下测试了它们在1.06微米的荧光发射放大特性,分析预示了超荧光发生的条件和可能。The fluorescent characteristic in Nd: YAG single crystal fibers has been investigated. One rod and four claded fibers produced with MPG process were tested, of which the diameters ranged from 41 micron to 120 micron with variations less than 0.5%. Excited by 300 milliwatt power laser at 0.6 micron, the fluorescence amplification at 1.06 micron was observed. The analysis predicted the condition and capability of superfluorescence.
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