摘要Using a linearly polarized, phase-stabilized 3-fs driving pulse of 800nm central wavelength shape-optimized on its ascending edge by its an amplitude-reduced pulse irradiating on a superposition state of the helium atom, we demonstrate theoretically the generation of a super strong isolated 176-attosecond pulse in the spectral region of 93-124eV. The unusually high intensity of this attosecond pulse is marked by the Rabi-like oscillations emerging in the time-dependent populations of the ground state and the continuum during the occurrence of the electron recombination, which is for the first time observed in this work.
Abstract：Using a linearly polarized, phase-stabilized 3-fs driving pulse of 800nm central wavelength shape-optimized on its ascending edge by its an amplitude-reduced pulse irradiating on a superposition state of the helium atom, we demonstrate theoretically the generation of a super strong isolated 176-attosecond pulse in the spectral region of 93-124eV. The unusually high intensity of this attosecond pulse is marked by the Rabi-like oscillations emerging in the time-dependent populations of the ground state and the continuum during the occurrence of the electron recombination, which is for the first time observed in this work.
(Frequency conversion; harmonic generation, including higher-order harmonic generation)
引用本文:
GUO Fu-Ming;YANG Yu-Jun;JIN Ming-Xing;DING Da-Jun;ZHU Qi-Ren. Generation of a Super Strong Attosecond Pulse from an Atomic Superposition State Irradiated by a Shape-Optimized Short Pulse[J]. 中国物理快报, 2009, 26(11): 113203-113203.
GUO Fu-Ming, YANG Yu-Jun, JIN Ming-Xing, DING Da-Jun, ZHU Qi-Ren. Generation of a Super Strong Attosecond Pulse from an Atomic Superposition State Irradiated by a Shape-Optimized Short Pulse. Chin. Phys. Lett., 2009, 26(11): 113203-113203.
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2009, Vol. 26 
