We study the single and double ionization yields and the dissociation dynamics of a one-dimensional two-electron molecule exposed to a laser pulse of intensity IL in the range 1013 − 1015 W/cm2 and photon energy hω¯L =3.18 eV. The calculations are carried out in the case of both fixed and movable nuclei. At low IL the ionization curves have a power law shape In that is interrupted by a knee at higher intensity.
CASTIGLIA, G., CAMIOLO, G., CORSO, P.P., DANIELE, R., FIORDILINO, E., MARANGOS, J., et al. (2008). H2 Molecule Driven by a Laser Field. In In: Proceedings of the Symposium “GRID OPEN DAYS AT THE UNIVERSITY OF PALERMO” (pp.133-139). CATANIA : Consorzio COMETA.
H2 Molecule Driven by a Laser Field
CASTIGLIA, Giuseppe;CORSO, Pietro Paolo;DANIELE, Rosalba;FIORDILINO, Emilio;MORALES, Francesca;ORLANDO, Gianfranco;PERSICO, Francesco Saverio
2008-01-01
Abstract
We study the single and double ionization yields and the dissociation dynamics of a one-dimensional two-electron molecule exposed to a laser pulse of intensity IL in the range 1013 − 1015 W/cm2 and photon energy hω¯L =3.18 eV. The calculations are carried out in the case of both fixed and movable nuclei. At low IL the ionization curves have a power law shape In that is interrupted by a knee at higher intensity.
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