摘要The Autler--Townes (AT) splitting in femtosecond photoelectron spectrum of three-level Li2 molecules is theoretically investigated using time-dependent quantum wave packet method. With proper femtosecond laser pulses, three peaks of the AT splitting can be observed in the photoelectron spectrum. The AT splitting stems from rapid Rabi oscillation caused by intense ultrashort laser pluses. The effects of laser parameters on the molecular ionization dynamics are also discussed.
Abstract：The Autler--Townes (AT) splitting in femtosecond photoelectron spectrum of three-level Li2 molecules is theoretically investigated using time-dependent quantum wave packet method. With proper femtosecond laser pulses, three peaks of the AT splitting can be observed in the photoelectron spectrum. The AT splitting stems from rapid Rabi oscillation caused by intense ultrashort laser pluses. The effects of laser parameters on the molecular ionization dynamics are also discussed.
HU Wen-Hui;YUAN Kai-Jun;HAN Yong-Chang; SHU Chuan-Cun;CONG Shu-Lin. Autler--Townes Splitting in Photoelectron Spectrum of Three-Level Li2 Molecule in Ultrashort Pulse Laser Fields[J]. 中国物理快报, 2007, 24(6): 1556-1559.
HU Wen-Hui, YUAN Kai-Jun, HAN Yong-Chang, SHU Chuan-Cun, CONG Shu-Lin. Autler--Townes Splitting in Photoelectron Spectrum of Three-Level Li2 Molecule in Ultrashort Pulse Laser Fields. Chin. Phys. Lett., 2007, 24(6): 1556-1559.
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2007, Vol. 24 
