The aim of a present research was the investigation of an advanced solid-state laser medium Nd/sup 3+/:SrWO/sub 4/ and its application in a newly built coherently pumped Nd/sup 3+/:SrWO/sub 4/ Raman laser. Strontium tungstate crystal has an intense A/sub g/ Raman mode that corresponds to symmetrical vibrations of molecular ionic (WO/sub 4/)/sup -2/ groups and the SRS-active mode frequency /spl Omega//sub R/ equals to 921 cm/sup -1/. Further it was found that SrWO/sub 4/ crystal can be doped with Nd/sup 3+/ ions and laser operation at /sup 4/F/sub 3/2//spl rarr/4I/sub 11/2/ optical transition corresponding to wavelength 1056 nm can be achieved. It means that the crystal Nd/sup 3+/:SrWO/sub 4/ combine SRS and laser properties simultaneously in the same active medium. Properties of fundamental laser operation and simultaneously generated stimulated Raman radiation in the new SRS-active neodymium doped SrWO/sub 4/ crystal were investigated for the case of coherent pumping of Nd:SrWO/sub 4/crystal by alexandrite laser radiation.


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    Title :

    Coherently pumped Nd:SrWO/sub 4/ Raman laser


    Contributors:
    Sulc, J. (author) / Jelinkova, H. (author) / Cerny, P. (author) / Doroschenko, M. (author) / Zverev, P.G. (author) / Basiev, T.T. (author) / Skornyakov, V.V. (author)


    Publication date :

    2003-01-01


    Size :

    85973 byte




    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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