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We study the angular distribution of photoelectrons emitted from H + 2 . For this purpose we employ exact electronic continuum wavefunctions obtained numerically by solving the time-independent Schrödinger equation. We calculate the differential cross sections at fixed photoelectron energy and compare our results with previous calculations which employ perturbative solutions for the continuum wavefunctions. Important discrepancies in the angular distributions below 100 eV are found and discussed. We also analyse the influence that has the representation of the initial bound state wavefunction and calculate the total cross sections to compare with exact values.
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Picca et al. (2005) studied this question.
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