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- W2186351189 abstract "In this paper, we perform ab initio quantum mechanical calculations on wavelength dependence of strong-field single electron ionization on two model atoms with different initial electron distributions. The numerical results show dramatically different wavelength dependence for different initial electron distributions. During the past two decades, behaviors of atoms exposed to strong laser fields have been extensively studied and most effects of field-atom interactions can be relatively well understood by the single-active-electron (SAE) approximation [1-3]. Time-dependent quantum mechanical calculations using the SAE approximation have been shown to provide accurate single and sequential ionization rates, above-threshold ionization yield, high-harmonic spectra, and angular distributions for rare gas atoms in strong laser fields [1-3]. In the tunneling regime [4], the SAE-based Ammosov-Delone-Krainov (ADK) tunneling model also provides an accurate fit to single- and sequential multiple-electron ionization rates of rare gas atoms [5]. However, most of the subjects studied extensively in the past are the rare gas atoms that all have similar closed-shell electronic structures. Molecules can potentially provide important tests of strong field dynamics as even easily studied diatomic molecules have a greater diversity of electronic structures. Despite the success in explaining single- and sequential multi-electron ionization in rare gas atoms, the interpretation of these responses in molecules has encountered difficulties. For example, even the most fundamental single-electron" @default.
- W2186351189 created "2016-06-24" @default.
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- W2186351189 date "2008-01-01" @default.
- W2186351189 modified "2023-09-27" @default.
- W2186351189 title "Wavelength Effects on Strong-Field Single Electron Ionization" @default.
- W2186351189 hasPublicationYear "2008" @default.
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