Published 12 issues per year
ISSN Print: 0040-2508
ISSN Online: 1943-6009
Indexed in
GRAPHICAL MODELING OF THz GAS-DISCHARGE LASER RADIATION PULSE SHAPE
ABSTRACT
A technique for graphical modeling the pulse-shape of the radiation of the pulse-pumped THz gas-discharge laser is presented. The initial data to be used for modeling are as follows: the size and the shape of a discharge-current pulse; discharge current-dependent radiated power; the dependence of radiated power upon the tuning control of a resonator at different pumping currents. The application of the above technique makes it possible to produce pulses of required shape and to select laser peak-efficiency operating conditions.
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Mathias, L.E., Crocker, A., and Wills, M.S., Laser oscillations at submillimetre wavelengths from pulsed gas discharges in compounds of hydrogen, carron, and nitrogen.
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Sachar, V. and Braner, E., Time dependence of the power output at 337ц in a CN laser.
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Shozo, Kon., Experiments on a Far Infrared CN Laser.
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Kiseliov, V.K. and Radionov, V.P., Phenomenon of Pulse Lasing Bifurcation in the Alternating Current Pumped HCN-Laser.
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Kiseliov, V.K., Radionov, V.P., and Dakhov, N.F., Influence of Synthesis Time of the Lasant and Intensity of Pumping on Terahertz Gas-Discharge HCN-Laser Parameters.