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Differential cross sections for clastic and inelastic Rama..-, scattering m f Lu and : ,! Ta were measured. Five photon energies between 8.5 and 11.d MeV were used and were obtained from the (n,y) reaction on Ni and Cr using thermal neutrons. The results are compared with calculations using a modified simple rotator model (SRM) of the giant dipcie resonance tGDR) in which the effect of Delbriick scattering was incorporated. In general, fatr agreement between theory and experiment is obtained. A new set of GDR parameters is extracted, based on photon scattering data and, as expected, yield better agreem-rn’ bet-een experimental and predicted cross sections. Fig. j. Elastic and Raman inelastic differential cross sections for 1 Ta a: 140\ The solid and dashed lines were calculated by using GDR parameters extracted from the photoneutron, data of the Melbourne and Saclay groups (table 2). The elastic curves include contributions from Thomson, Delbriick and nuclear resonance scattering.

Photonuclear data - abstract sheets 1955 - 1982 :