Abstract
The spatial distribution of 6p 2 3P 1 and 6p 2 3P 2 lead metastable atoms in a radially symmetric low pressure argon discharge has been investigated by absorption measurements. The number density of lead as well as the argon pressure were varied independently. The measurements performed to find optimum conditions for metastable production in the discharge also revealed the diffusion and the collisional depopulation of the metastable species in argon.
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