Mixed Former Effect on Spectroscopic Properties of Er3+-doped Bismuth-based Glass for Optical Amplifier

Abstract

Abstract: Er³⁺-doped bismuth-based glasses with compositions of (50～75)Bi₂O₃-(20～45)B₂O₃-5Na₂O, 70Bi₂O₃-(17～25)B₂O₃-xZrF₄-5Na₂O, 70Bi₂O₃-(0～25)B₂O₃-(0～25)SiO₂-5Na₂O were prepared. The absorption spectra, emission spectra and lifetime
of ⁴I_13/2 level of Er³⁺ ion were measured. The mixed former effect was mentioned firstly and its effects on spectroscopic properties of Er³⁺
ion were investigated. The results indicate that an increase of effective absorption bandwidth, emission cross section, FWHM, and relatively higher
lifetime could be obtained in the bismuth-based glasses through mixed former effects. All these data suggest that Er³⁺ doped bismuth-based glass is
a good candidate host material for optical amplifiers to realize broadband and high gain amplification.

Key words: mixed former effect, bismuth-based glass, spectroscopy, Er³⁺ ion

CLC Number:

TQ171

YANG Jian-Hu,DAI Shi-Xun,DAI Neng-Li,HU Li-Li,JIANG Zhong-Hong. Mixed Former Effect on Spectroscopic Properties of Er³⁺-doped Bismuth-based Glass for Optical Amplifier[J]. Journal of Inorganic Materials.

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Mixed Former Effect on Spectroscopic Properties of Er³⁺-doped Bismuth-based Glass for Optical Amplifier

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