Abstract
The FORTRAN program PHIPHI, designed for a complete study of the radiative Bhabha scattering e + e -→ e + e -γ at the energies of the Φ-factory DAΦNE, is described. It allows for the calculation of various differential and total cross sections of experimental interest at DAΦNE with the possibility of taking into account realistic cuts on the energies and angles of the final state particles. Proper matrix elements, including all the necessary finite mass correction terms, or analytic formulae for differential spectra are implemented in the program and integrated by means of numerical adaptive algorithms in order to obtain predictions for single and double tagging cross sections both at very small and large scattering angles.
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