论文部分内容阅读
A modified microscopic Glauber theory has been extended to investigate the reaction and elastic differential cross sections of various projectile-target collisions at low and intermediate energies. In Fig.1, we show the variation of reaction cross section for 12C+12C over incident energy. From this figure one can find that the results (open up triangles) calculated in Glauber theory without modifications are smaller than the experimental data (solid squares). When we take the modifications of Coulomb and finite range interaction into account, we find that the results (solid circles) are in good
A modified microscopic Glauber theory has been extended to investigate the reaction and elastic differential cross sections of various projectile-target collisions at low and intermediate energies. In Fig. 1, we show the variation of reaction cross section for 12C + 12C over incident energy. From this figure one can find that the results (open up triangles) calculated in Glauber theory without modifications are smaller than the experimental data (solid squares). When we take the modifications of Coulomb and finite range interaction into account, we find that the results (solid circles) are in good