0000000000824052

AUTHOR

P. Demetriou

showing 3 related works from this author

Comparison of Monte Carlo simulation and direct multistep scattering theory in (e,e′p) nuclear reactions

1999

Abstract Two methods to deal with final state interactions in (e,e′p) reactions in nuclei are compared. One of them uses a Monte Carlo semiclassical approach while the other uses a statistical quantum mechanical approach. The comparison serves to give support to both approaches, showing at the same time their limitations.

PhysicsHybrid Monte CarloNuclear and High Energy PhysicsQuantum Monte CarloMonte Carlo methodDynamic Monte Carlo methodMonte Carlo method in statistical physicsStatistical physicsScattering theoryKinetic Monte CarloMonte Carlo molecular modelingNuclear Physics A
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Systematic measurements of proton- and alpha-capture cross sections relevant to the modelling of the p process

2005

Several in-beam cross section measurements of proton- as well as α -capture reactions in the Se-Sb region have been carried out to obtain global input parameters for Hauser-Feshbach (HF) calculations. In total, 20 (p, γ ) and 7 ( α , γ ) reactions were measured. We compare some of these results with Hauser-Feshbach calculations using various optical model potentials and nuclear level densities.

Nuclear physicsPhysicsNuclear and High Energy PhysicsCross section (physics)ProtonAlpha (ethology)Atomic physicsNuclear Experimentp-processNuclear Physics A
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Proton and alpha-particle capture reactions at sub-Coulomb energies relevant to the p process

2005

Several cross-section measurements of proton as well as α-particle capture reactions in the Se–Sb region have been carried out at sub-Coulomb energies with the aim to obtain global input parameters for Hauser–Feshbach (HF) calculations. Some of the results are compared with HF calculations using various optical model potentials and nuclear level densities.

PhysicsNuclear physicsNuclear and High Energy PhysicsProtonCoulombAlpha particleAtomic physicsNuclear Experimentp-processJournal of Physics G: Nuclear and Particle Physics
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