Nonlinear shaping of a two-dimensional ultrashort ionizing pulse
A Sergeev, E Vanin, L Stenflo, D Anderson, M Lisak… - Physical Review A, 1992 - APS
A Sergeev, E Vanin, L Stenflo, D Anderson, M Lisak, ML Quiroga-Teixeiro
Physical Review A, 1992•APSA theoretical description of ultrashort ionizing wave pulses is presented by means of two
different models where the ionization rate increases or decreases, respectively, as a function
of the electric-field amplitude. We show that the pulse evolves either into a horseshoe-or a
horn-type structure in the time-space domain. In some parameter regions the intensity of the
pulse can also increase.
different models where the ionization rate increases or decreases, respectively, as a function
of the electric-field amplitude. We show that the pulse evolves either into a horseshoe-or a
horn-type structure in the time-space domain. In some parameter regions the intensity of the
pulse can also increase.
Abstract
A theoretical description of ultrashort ionizing wave pulses is presented by means of two different models where the ionization rate increases or decreases, respectively, as a function of the electric-field amplitude. We show that the pulse evolves either into a horseshoe-or a horn-type structure in the time-space domain. In some parameter regions the intensity of the pulse can also increase.
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