Abstract
A theoretical model is proposed to describe energy distributions of electrons ionized from helium atoms in a circularly polarized laser light with short pulse and high intensity, especially, the high resolution energy distributions given by Mohideen group experimental measurements [V. Mohideen et al. Phys. Rev. Lett. 71, 509 (1993)]. It is found that the serious peak intensity discrepancy between the experimental and previous theoretical distributions can be considerably eliminated.
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