Artikel,

Variable time lag and backward ejection in full-dimensional analysis of strong-field double ionization

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Physical Review Letters, 97 (10): - (September 2006)082KA Times Cited:20 Cited References Count:32.

Zusammenfassung

Ensembles of 400 000 two-electron trajectories in three space dimensions are used with Newtonian equations of motion to track atomic double ionization under very strong laser fields. We report a variable time lag between e-e collision and double ionization, and find that the time lag plays a key role in the emergence directions of the electrons. These are precursors to production of electron momentum distributions showing substantial new agreement with experimental data.

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