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Role of triethylamine in a high-energy wavelength-selective transversely excited atmospheric CO_(2) laser

机译：Role of triethylamine in a high-energy wavelength-selective transversely excited atmospheric CO_(2) laser

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摘要

Triethylamine (C_(6)H_(15)N) is widely used to stabilize the discharges of wavelength-nonselective transversely excited atmospheric (TEA) CO_(2) lasers. In this paper, the influences of triethylamine on the discharge stability and line characteristics of a high-energy wavelength-selective TEA CO_(2) laser are experimentally studied. The laser has 49 lasing lines ranging from 9.23 (mu)m to 10.74 (mu)m, and the energy of the strongest lines is above 50 J. However, the energy of the laser pulses is very unstable. The discharge stability is improved considerably by adding small amounts of triethylamine in the working gas mixture. In addition, lines in the 9 (mu)m band are weakened greatly, and many of them even can no longer oscillate. In contrast, there are no distinct influences on the 10 (mu)m lines. The results obtained in this study demonstrate the applied range of triethylamine in stabilizing the discharges of wavelength-selective CO_(2) lasers.

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