Closed-cycle, Frequency-stable CO2 Laser Technology: Proceedings of a Workshop Sponsored by the National Aeronautics and Space Administration and Held at Langley Research Center, Hampton, Virginia, June 10-12, 1986
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REVIEW OF THE FREQUENCY STABILIZATION OF TEA C02 LASER OSCILLATORS
LARGE MODE RADIUS RESONATORS
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adsorbed adsorption applications atmospheric atoms beam bimetallic C02 laser carbon monoxide Catal catalyst surface catalytic oxidation cavity Center Mail Stop Chem chemical chemisorption chirp closed-cycle concentration configuration crystallites density discharge dispersion dissociation Doppler effect electron experimental filter flow rate frequency stability function gas mixture gas phase Gaussian mirror Hampton Hoflund hydrogen infrared injection isotope kinetic Langley Research Center laser output lidar LIFETEST longitudinal mode measurements mechanism molecules NASA NASA Langley Research noble metal noble metal catalysts observed optical oscillatory behavior output coupler output energy output pulse oxidation catalysts oxygen partial pressure percent performed Phys precious metal preionization pretreatment Pt catalysts rare isotope reaction rate reactor recombination reduced RSRE sample Schryer shown in figure signal stable steady-state studies supported noble metal surface area surface coverage TEA laser techniques temperature tin oxide transverse mode unstable resonator Vannice velocity workshop