Description of coupled-channel in Semiclassical treatment of heavy ion fusion reactions
Fatima M. Hussain, Fouad A. Majeed, Yousif A. Abdul-Hussien
Abstract
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Fatima M. Hussain, Fouad A. Majeed, Yousif A. Abdul-Hussien
Abstract
Open-access reader
Abstract Fusion cross sections were measured for the systems 40Ar+144Sm, 40Ar+148Sm and 40Ar+ 154Sm above and under Coulomb barrier to understand the role of coupled channels effects involved in barriers fusion. The fusion barriers distributions and fusion probabilities were analyzed using the semiclassical mechanical code which called Sequential Complete Fusion (SCF) as well as Full Coupled Channel code (CCFULL). These calculations show that the observed fusion cross sections fusion barrier distribution and fusion probabilities for these systems are reproduced clearly in the semiclassical mechanical for all excitation states above and under Coulomb barrier.
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Abstract Fusion cross sections were measured for the systems 40Ar+144Sm, 40Ar+148Sm and 40Ar+ 154Sm above and under Coulomb barrier to understand the role of coupled channels effects involved in barriers fusion. The fusion barriers distributions and fusion probabilities were analyzed using the semiclassical mechanical code which called Sequential Complete Fusion (SCF) as well as Full Coupled Channel code (CCFULL). These calculations show that the observed fusion cross sections fusion barrier distribution and fusion probabilities for these systems are reproduced clearly in the semiclassical mechanical for all excitation states above and under Coulomb barrier.
Key concepts: Semiclassical physics, Fusion, Coulomb barrier, Coulomb, Atomic physics, Channel (broadcasting), Excitation, Nuclear fusion