Differential cross sections for positron impact excitation of hydrogen
L Lugosi, B Paripas, IK Gyemant, K Tőkèsi - Radiation Physics and …, 2003 - Elsevier
A distorted wave polarized orbital model and a three-body classical trajectory Monte Carlo
method are applied to study the excitation of hydrogen atom by positron impact. The total
and differential cross section as a function of the scattering angle of the scattered positron
are calculated at 54.4, 100 and 200eV impact energies. Our results are compared with
previous theoretical calculations.
method are applied to study the excitation of hydrogen atom by positron impact. The total
and differential cross section as a function of the scattering angle of the scattered positron
are calculated at 54.4, 100 and 200eV impact energies. Our results are compared with
previous theoretical calculations.
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