<i>Z</i>-pinch as the active medium of lasers for the far ultraviolet spectral region

Ораевский, А. Н.; Semenov, O. G.; Chichkov, Boris N.

doi:10.1070/qe1987v017n10abeh010710

Sov. J. Quantum Electron.

1987

DOI: 10.1070/qe1987v017n10abeh010710

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Z-pinch as the active medium of lasers for the far ultraviolet spectral region

А. Н. Ораевский¹,

O. G. Semenov²,

Boris N. Chichkov³

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Cited by 2 publications

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Another regime of operation for a 18.2 nm recombination laser using a capillary-discharged carbon plasma

Lee

Kim

2001

Applied Physics Letters

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Another regime of operation for the significant amplification of C VI Hα radiation in a capillary-discharged carbon plasma is proposed. This suggested regime of operation features the existence of gain at the axis of a capillary, the large gain region (several hundred micrometers in diameter), and the hollow electron density profile for the better guiding of the radiation being amplified. All these features help to overcome the previous problems and favor the high amplification of the radiation.

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Another regime of operation for a 18.2 nm recombination laser using a capillary-discharged carbon plasma

Lee

Kim

2001

Applied Physics Letters

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Effect of nonequilibrium ionization process on gain of neon-like argon x-ray laser

Masnavi

Nakajima

Horioka

2004

Journal of Applied Physics

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In connection with fast plasma heating in capillary discharges, transient ionization effect on the gain of J=0→1 transition (λ=46.9 nm) in optically thin neon (Ne)-like argon (Ar IX) x-ray laser has been theoretically investigated using the reduced time-dependent collisional–radiative model. Results indicate that the gain value at nonequilibrium ionization regime is significantly affected by the relaxation process of different ionization states, and fast heating enables us to obtain higher gain compared with the steady-state plasma.

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Z-pinch as the active medium of lasers for the far ultraviolet spectral region

Cited by 2 publications

References 8 publications

Another regime of operation for a 18.2 nm recombination laser using a capillary-discharged carbon plasma

Another regime of operation for a 18.2 nm recombination laser using a capillary-discharged carbon plasma

Effect of nonequilibrium ionization process on gain of neon-like argon x-ray laser

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