AN EXPERIMENTAL TEST OF PROPOSED WATER-VAPOR LASER TRANSITION ASSIGNMENTS

1 August 1968

journal article
research article
Published by AIP Publishing in Applied Physics Letters

Vol. 13 (3), 104-107
https://doi.org/10.1063/1.1652518

Abstract

The use of a double resonator with two single‐wavelength paths has allowed experimental study of interactions among lines of a pulsed water‐vapor laser. Twelve recent assignments of laser lines to transitions involving the (001), (100), and (020) states of H₂O are confirmed. Ambiguity in the assignment of the line at 47.25 μ has been successfully resolved by this technique.

Keywords

WATER VAPOR

This publication has 5 references indexed in Scilit:

MOLECULAR LEVEL PARAMETERS AND PROPOSED IDENTIFICATIONS FOR THE CW WATER-VAPOR LASER
Applied Physics Letters, 1968
IDENTIFICATION OF WATER-VAPOR LASER LINES
Applied Physics Letters, 1968
ON THE ORIGIN OF THE WATER-VAPOR LASER LINES
Applied Physics Letters, 1968
SINGLE WAVELENGTH OPERATION OF A PULSED WATER-VAPOR LASER
Applied Physics Letters, 1967
COMPETITIVE AND CASCADE COUPLING BETWEEN TRANSITIONS IN THE CW WATER VAPOR LASER
Applied Physics Letters, 1967

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