Abstract
For pt.I see ibid., vol.16, p.4427 (1983). Simplified versions of the second-order Born and Faddeev-Watson approximations are applied to the charge transfer process. The theories are compared with experimental measurements of the differential cross sections for the capture of electrons from helium by protons with energies 2.82, 5.42 and 7.40 MeV. The author's results are consistent with previous work on the second-order Faddeev-Watson approximation by Alton and on the free-particle second Born by McGuire et al. confirming that the former approximation gives a better description of the Thomas peak than does the latter.
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