Physics Letters B · 2006 · 97 citations · 19 references
Nuclear Beam PhysicsNuclear Physicsα-Separation EnergiesEngineeringPlasma PhysicsFusion MaterialsControlled Nuclear FusionComplete Fusion MeasurementsPhysicsAtomic PhysicsFusion EnergyNuclear ReactionsIncomplete Fusion ProductsInertial Fusion EnergyProjectile α-Breakup ThresholdNatural SciencesParticle PhysicsApplied PhysicsInertial Confinement FusionFusion System Design
Complete fusion excitation functions for B11,10+Tb159 have been measured at energies around the respective Coulomb barriers, and the existing complete fusion measurements for Li7+Tb159 have been extended to higher energies. The measurements show significant reduction of complete fusion cross sections at above-barrier energies for both the reactions, B10+Tb159 and Li7+Tb159, when compared to those for B11+Tb159. The comparison shows that the extent of suppression of complete fusion cross sections is correlated with the α-separation energies of the projectiles. Also, the two reactions, B10+Tb159 and Li7+Tb159 were found to produce incomplete fusion products at energies near the respective Coulomb barriers, with the α-particle emitting channel being the favoured incomplete fusion process in both the cases.
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Nuclear Ground-State Masses and Deformations
P. Möller, J.R. Nix, W.D. Myers et al. · Atomic Data and Nuclear Data Tables · 1995 · 3.8K citations · Full text
Statistical model calculations in heavy ion reactions
A. Gavron · Physical Review C · 1980 · 1K citations
Heavy Ion Physic, Various Fusion Experiments, Engineering +14