Titlebook: Classical and Quantum Mechanical Aspects of Heavy Ion Collisions; Symposium held at th Hanns Ludwig Harney,Peter Braun-Munzinger,Claus Ko C

膽汁

R. Caballero,E. Cerdá,M. M. Mu?oz,L. Reyon are discussed. The energy spectra of light reaction products and isotopic production cross sections show some features which are difficult to interpret in the framework of conventional direct processes. The concept of a double nuclear system is proposed, which allows one to explain these features easily.

Hearten

Accommodation

Petr Doucek,Antonin Pavlicek,Ladislav Lucnergy dependent imaginary potential is derived which is both surface transparent and strongly absorptive in the interior region. The model is sufficient to explain the main features of the .O-.O excitation functions up to 80 MeV.

大氣層

https://doi.org/10.1007/978-3-319-94845-4on absorption phenomena in elastic scattering and the relative importance of quasielastic channels are presented. Transfer probabilities and the enhancement of two-nucleon transfer cross sections due to correlated nuclear structure are discussed. The question of two-step, simultaneous and successive

送秋波

Inexorable

András Gábor,Ildikó Szabó,Fizar Ahmedavy ion scattering. The method has been modified to allow for complex potentials and can be extended readily for more complicated reactions. Comparison of the calculated elastic and inelastic cross-sections as well as the individual phase shifts with the same quantities obtained quantum-mechanically

entrance

多余

Feng Wu,Huaizu Li,Lk Chu,Kun Gaohe reaction mechanism the observed highly selective nature of the reactions is discussed successively in terms of j-j coupled nucleon configurations, more sophisticated shell models of the SU 3 type and, finally, as possible evidence for cluster correlations in nuclei.

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