Relativistic impulse approximation calculations of Compton scattering of 152Eu and 154Eu gamma rays

The double differential cross section for total atom Compton scattering of 344, 779, 964, 1100 and 1408 keV γ-rays through angles of 5 deg, 7 deg, 10 deg, 15 deg and 20 deg for targets of C, Al, Cu, Mo, Sn, Ta, Pb and U have been computed from the relativistic impulse approximation equation of Ribberfors using relativistic momentum-space atomic wavefunctions obtained by Fourier transform of the Liberman, Cromer and Waber DHFS radial wavefunctions. Detailed tables and figures of the computed energy spectra are presented for each case, together with tables of differential cross sections for bound Compton scattering obtained by integration of the energy spectra, and incoherent scattering functions