Physical Review C · 1978 · 11 citations · 12 references
Natural SciencesPhysicsNuclear PhysicsParticle PhysicsQuantum MechanicsHeavy-ion PhysicsNuclear Cross SectionsNuclear ReactionsNuclear ScatteringNuclear StructureNuclear TheoryClusteringCorrelationMultiple ScatteringMultiple Scattering EffectsNuclear ClusteringNuclear Reaction MechanismsNuclear Reaction Models
It is argued that the measurement of the inclusive quasielastic deuteron production cross section coming from intermediate energy nucleus bombarding nuclei is of considerable theoretical interest. The inclusivity of the measurement leads to simplifications and allows a quasiclassical description to be used. A simple, heuristic, and quantum mechanically well defined formula is derived which includes for the first time a realistic treatment of the multiple scattering complications inherent in the problem. A rough calculation based on this formula gives reasonable agreement with the limited data available. We conclude that the observed number of deuterons does not require nuclear clustering and that the reaction is not highly peripheral. We believe that this and related reactions offer a greater possibility of yielding information on nuclear correlation than had been supposed. The theory of this reaction is shown to be fundamentally related to recent quasiclassical theories of heavy ion collisions.NUCLEAR REACTIONS General discussion of inclusive reaction theories. Relation to classical theories and statistical mechanics. Application to quasi-elastic deuteron production data. Dependence on energy, angle and nucleus.
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High-energy scattering of protons by nuclei
Roy J. Glauber, G. Matthiae · Nuclear Physics B · 1970 · 621 citations · Full text
Fundamental problems in statistical mechanics
L.R. · Nuclear Physics · 1962 · 559 citations
VEGAS: A Monte Carlo Simulation of Intranuclear Cascades
Kai Chen, Z. Fraenkel, Gérard Friedlander et al. · Physical Review · 1968 · 372 citations
Rows on rows — A theory for collisions between heavy ions at high energy
J. Hüfner, J. Knoll · Nuclear Physics A · 1977 · 158 citations