Excitation mechanisms responsible for the 615.0-nm oscillation in a He-Hg ion laser

Details Excitation mechanisms responsible for the 615.0-nm oscillation in a He-Hg ion laser Excitation mechanisms responsible for the 615.0-nm oscillation in a He-Hg ion laser

Apr 1981

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981jap....52.2699h&link_type=abstract

Journal of Applied Physics, vol. 52, Apr. 1981, p. 2699-2704.

Physics

6

Gas Lasers, Helium, Lasing, Mercury (Metal), Metal Vapor Lasers, Atomic Collisions, Atomic Energy Levels, Charge Transfer, Gas Discharges, Ion Atom Interactions, Laser Cavities, Population Theory, Reaction Kinetics, Transition Probabilities

Scientific paper

Selective excitation processes responsible for the lasing of singly ionized mercury at 615.0 nm in a He-Hg pulsed discharge have been studied by observing the time variation of the populations of the reactants using the Hook method and the side-light method. It is found that in decaying plasma of a pulsed discharge, the principal process is the Penning reaction, while during the discharge the charge-transfer-type reaction predominates.

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