Abstract
A method of analyzing the gas constitution of a helium-neon laser discharge is described. The analysis was made in terms of the relative intensities of three spectrum lines in the light emitted from the side of the laser discharge tube. A graph is given relating these intensities to the laser gas constitution and also to the laser output power. Results on gas clean-up and relative laser output power during the lifetime of a helium-neon laser are also included.
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