Abstract
The dynamics of 3D Hydrogen atom in a linearly polarized laser field is investigated by means of direct numerical integration of nonstationary Schrodinger equation [1] in the range of laser intensities of P = 1013 - 3•1015 W/cm2. The laser pulse was taken in a smoothed trapezoidal form with turn on/off duration of 2T and the plateau duration of 10T (T is the optical cycle).
© 1999 Optical Society of America
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