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• W2065873158 abstract "The production of laser-induced plasmas, which ordinarily occurs only at high laser powers, occurs at far lower laser powers using resonant and collisional phenomena in alkali metal vapors. For example, 10 torr of Na vapor can be significantly ionized to produce a bright white ball with as little as 1 mW of focused cw dye laser power (e.g., at the 3 p → 4 d transitions at 568.3 and 568.8 nm). We first discuss the alkali metal vapors in general (1) and their important ionization processes (2), especially those occurring at photon energies below the atomic ionization energy. We then discuss the striking wavelength dependences of ionization. For example, cw laser irradiation of these vapors gives completely different behavior at slightly different wavelengths (Stwalley 1990): 10 torr of sodium vapor at 568.2 nm, where the vapor shows only molecular fluorescence and is sufficiently quiescent that highly stable, narrow-band, optically pumped lasers based upon the fluorescent transitions can easily be constructed (Bahns 1983; Bahns et al. 1983; Verma et al. 1983); and, at 568.3 nm, where a “quasiresonant” laser-induced plasma forms and strong emission (including violet excimer bands, a potential laser) is produced (Koch & Collins 1979; Bahns et al. 1989a; Bahns et al. 1989b). We will analyze and reinterpret the classic subthreshold ionization studies (3) and survey recent laser-induced plasma studies (4). We also discuss dissociative recombination and its selectivity for producing strong excimer emission (5) the predicted electronic spectra of the alkali metal molecular ions (6)." @default.
• W2065873158 created "2016-06-24" @default.
• W2065873158 creator A5044350242 @default.
• W2065873158 creator A5047837333 @default.
• W2065873158 date "1993-03-01" @default.
• W2065873158 modified "2023-10-17" @default.
• W2065873158 title "Atomic, molecular, and photonic processes in laser-induced plasmas in alkali metal vapors" @default.
• W2065873158 cites W1966752041 @default.
• W2065873158 cites W1968140881 @default.
• W2065873158 cites W1968580167 @default.
• W2065873158 cites W1969440889 @default.
• W2065873158 cites W1969543139 @default.
• W2065873158 cites W1970735274 @default.
• W2065873158 cites W1971322042 @default.
• W2065873158 cites W1974170046 @default.
• W2065873158 cites W1975423495 @default.
• W2065873158 cites W1977184407 @default.
• W2065873158 cites W1977195042 @default.
• W2065873158 cites W1977412213 @default.
• W2065873158 cites W1978071448 @default.
• W2065873158 cites W1978597173 @default.
• W2065873158 cites W1979721609 @default.
• W2065873158 cites W1982620201 @default.
• W2065873158 cites W1983318848 @default.
• W2065873158 cites W1984215631 @default.
• W2065873158 cites W1985193525 @default.
• W2065873158 cites W1994339132 @default.
• W2065873158 cites W1995733864 @default.
• W2065873158 cites W1996420802 @default.
• W2065873158 cites W1996460709 @default.
• W2065873158 cites W1996578403 @default.
• W2065873158 cites W1996810801 @default.
• W2065873158 cites W1997002504 @default.
• W2065873158 cites W1999048902 @default.
• W2065873158 cites W2000254786 @default.
• W2065873158 cites W2002622581 @default.
• W2065873158 cites W2003266482 @default.
• W2065873158 cites W2004342787 @default.
• W2065873158 cites W2007138030 @default.
• W2065873158 cites W2007340493 @default.
• W2065873158 cites W2007642102 @default.
• W2065873158 cites W2011769552 @default.
• W2065873158 cites W2017323529 @default.
• W2065873158 cites W2022410469 @default.
• W2065873158 cites W2024636762 @default.
• W2065873158 cites W2026199450 @default.
• W2065873158 cites W2029069205 @default.
• W2065873158 cites W2030305335 @default.
• W2065873158 cites W2030644683 @default.
• W2065873158 cites W2031566970 @default.
• W2065873158 cites W2033165984 @default.
• W2065873158 cites W2039263661 @default.
• W2065873158 cites W2039482609 @default.
• W2065873158 cites W2040357630 @default.
• W2065873158 cites W2040819038 @default.
• W2065873158 cites W2042889696 @default.
• W2065873158 cites W2044413744 @default.
• W2065873158 cites W2050709659 @default.
• W2065873158 cites W2053062452 @default.
• W2065873158 cites W2053339496 @default.
• W2065873158 cites W2054987810 @default.
• W2065873158 cites W2058987007 @default.
• W2065873158 cites W2061376748 @default.
• W2065873158 cites W2065480344 @default.
• W2065873158 cites W2068671094 @default.
• W2065873158 cites W2069799970 @default.
• W2065873158 cites W2070938161 @default.
• W2065873158 cites W2072438753 @default.
• W2065873158 cites W2073227549 @default.
• W2065873158 cites W2073359853 @default.
• W2065873158 cites W2073663021 @default.
• W2065873158 cites W2074027536 @default.
• W2065873158 cites W2075892919 @default.
• W2065873158 cites W2077241262 @default.
• W2065873158 cites W2078920931 @default.
• W2065873158 cites W2079519504 @default.
• W2065873158 cites W2082790232 @default.
• W2065873158 cites W2083987355 @default.
• W2065873158 cites W2086223591 @default.
• W2065873158 cites W2086488021 @default.
• W2065873158 cites W2086678186 @default.
• W2065873158 cites W2088699786 @default.
• W2065873158 cites W2090609995 @default.
• W2065873158 cites W2091119708 @default.
• W2065873158 cites W2092221345 @default.
• W2065873158 cites W2093442480 @default.
• W2065873158 cites W2094231045 @default.
• W2065873158 cites W2107365953 @default.
• W2065873158 cites W2136130255 @default.
• W2065873158 cites W2156113075 @default.
• W2065873158 cites W2166068475 @default.
• W2065873158 cites W2277111960 @default.
• W2065873158 cites W2489057500 @default.
• W2065873158 cites W2520436416 @default.
• W2065873158 cites W3117399553 @default.
• W2065873158 cites W4235586889 @default.
• W2065873158 cites W4243331376 @default.
• W2065873158 cites W632130137 @default.

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