Dankwart Schmidt Bücher

Differential cross sections of elastic and inelastic neutron scattering on 93Nb were determined in the energy range from 7.10 MeV to 14.10 MeV at eight incident energies. The data were derived by comparing the net time-of-flight spectra with calculated spectra using a realistic Monte Carlo simulation. The time-of-flight measurement was accompanied by extensive and careful calibrations. PTB-Reihe „Neutronenphysik“ Band PTB-N-56

Differential cross sections of elastic and inelastic neutron scattering on elemental tungsten were determined in the energy range from 7.19 MeV to 14.10 Mev at eight incident energies. The data were derived by comparing the net time-of-flight spectra with calculated spectra using a realistic Monte Carlo simulation. The time-of-flight measurement was accompanied by extensive and careful calibrations. The tungsten cross sections were normalized to hydrogen scattering. The disturbing breakup scattering fraction of the non-monoenergetic DD neutron source can be subtracted after having also been calculated by a Monte Carlo simulation.

Differential cross sections of elastic and inelastic neutron scattering on elemental titanium were determined in the energy range from 7.93 MeV to 14.72 MeV at thirteen incident energies. The data were derived by comparing the net time-of-flight spectra with calculated spectra using a realistic Monte Carlo simulation. The time-of-flight measurement was accompanied by extensive and careful calibrations. The titanium cross sections have been normalized to hydrogen scattering.