Abstract
The neutral metal atom densities in the hollow-cathode He-Cd+ and He-Zn+ laser discharges have been measured by observing the decays of the Cd(II) 636.0 nm and Zn(II) 610.2 nm line intensities, respectively. They have been estimated to be about 6.2*1014 cm-3 and 7.1*1014 cm-3, respectively, under the optimum conditions for laser action, which have been higher by one order of magnitude than those in the positive-column He-Cd+ and He-Zn+ laser discharges.
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