Excitation functions have been measured for different charge products of the 28Si+48Ti reaction in the laboratory energy range 120 127 MeV in 250-keV steps at lab=28°, 32°, and 40°. Coherence energies of dissipative cross sections have been evaluated by statistical fluctuation analysis. The role of the angular dependence of the coherence energy in determining the interaction time is discussed. © 1988 The American Physical Society.
Interaction time evaluation in dissipative heavy ion reactions
Cardella G.;Pappalardo G.;Rizzo F.;
1988-01-01
Abstract
Excitation functions have been measured for different charge products of the 28Si+48Ti reaction in the laboratory energy range 120 127 MeV in 250-keV steps at lab=28°, 32°, and 40°. Coherence energies of dissipative cross sections have been evaluated by statistical fluctuation analysis. The role of the angular dependence of the coherence energy in determining the interaction time is discussed. © 1988 The American Physical Society.File in questo prodotto:
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