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    Cw recombination laser in a flowing negative glow plasma

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    http://hdl.handle.net/10217/67416
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    Abstract
    cw laser oscillation has been obtained in the 1.43-μm line of Cd I populated by electron-ion recombination in the flowing afterglow of a negative glow plasma. The metal vapor in there combining plasma is produced at room temperature by cathode sputtering. Negative glow plasmas having an electron energy distribution in which energetic beam electrons and supercooled secondary electrons coexist under steady-state conditions are shown to be an attractive medium for the excitation of cw recombination lasers.
    Author(s)
    Rocca, Jorge J.

    Date Issued
    1985
    Format
    born digital; articles
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    • Faculty Publications - Department of Electrical and Computer Engineering

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