Ionization of lithium vapor byCW quasiresonant laser light. Veža, D. & Sansonetti, C., J. Zeitschrift fur Physik D Atoms, Molecules and Clusters, 22(2):463-470, 1992. ![Ionization of lithium vapor byCW quasiresonant laser light [link]](https://bibbase.org/img/filetypes/link.svg "link")
Website abstract bibtex We report measurements of the excitation and ionization of dense lithium vapor irradiated byCW dye laser light scanning the 22P-32D lithium atomic transition at 610.3 nm. Lithium vapor with a density of 8×1016 cm-3 was ionized by a focused beam with as little as 1 mW of single-frequency laser power. The ionization mechanism has been studied and found to consist of a three stage process in which both atomic and molecular absorption of the laser power, two distinct collisional processes, and single-photon ionization of excited lithium atoms all play essential roles.
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abstract = {We report measurements of the excitation and ionization of dense lithium vapor irradiated byCW dye laser light scanning the 22P-32D lithium atomic transition at 610.3 nm. Lithium vapor with a density of 8×1016 cm-3 was ionized by a focused beam with as little as 1 mW of single-frequency laser power. The ionization mechanism has been studied and found to consist of a three stage process in which both atomic and molecular absorption of the laser power, two distinct collisional processes, and single-photon ionization of excited lithium atoms all play essential roles.},
bibtype = {article},
author = {Veža, Damir and Sansonetti, C J},
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