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Volume 13 Issue 6
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Citation:
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Polarization characteristics of multiwavelengths Er3+ YAlO3 laser

  • 1.

    Fujian Institute of Material Structure, Academla Sinica

  • Received Date: 1989-04-02
  • The polarization characteristics of 2.7110μm,2.7299μm,and 2.7950μm laser emissions oscillated simultaneously in 10 at% Er3+ ion doped a axis YAlO3 laser have been investigated experimentally.It has been found that the 2.7110μm and 2.7950μm laser emissions are polarized with its E vector parallel to crystallo,gra-phic b axis.While 2.7299 μm laser emission is partially polarized with the long axis of ellipse parallel to crystallographic c axis.The output characteristics of these laser emissions are also given in this paper.
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  • [1]

    IEEE J,Q,E.,1984,Vol.20,P.1427.
    [2]

    Soviet,Phys.Dokt.,1982,Vol.27,P.1039.
    [3]

    Opt,Lett,,1987,Vol.12,No.8,P.602.
    [4]

    Scientia Sinica (Series A),1986,Vol.21,No.11,P.1224.
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  • 1. 

    沈阳化工大学材料科学与工程学院 沈阳 110142

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Polarization characteristics of multiwavelengths Er3+ YAlO3 laser

  • 1. Fujian Institute of Material Structure, Academla Sinica
  • Received Date: 1989-04-02
  • Available Online: 1989-11-25

Abstract: The polarization characteristics of 2.7110μm,2.7299μm,and 2.7950μm laser emissions oscillated simultaneously in 10 at% Er3+ ion doped a axis YAlO3 laser have been investigated experimentally.It has been found that the 2.7110μm and 2.7950μm laser emissions are polarized with its E vector parallel to crystallo,gra-phic b axis.While 2.7299 μm laser emission is partially polarized with the long axis of ellipse parallel to crystallographic c axis.The output characteristics of these laser emissions are also given in this paper.

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