Abstract
The dynamics of neutral and singly ionized strontium, produced as minor components in the laser ablation of amorphous calcium carbonate (chalk), have been investigated by space- and time-resolved atomic absorption spectroscopy. Absorption of a probe beam from a single-frequency cw dye laser was used to monitor the subject species at 420.7 nm (ion) and 460.7 nm (neutral). Results including time-resolved absorption profiles, energy distributions and the effect of a cover gas are presented and discussed.
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