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- Title
Deuteron Breakup Differential Cross Sections and Analyzing Powers of $${\overrightarrow{d} + p}$$ Scattering at E = 16 and 130 MeV.
- Authors
Fujiwara, Y.; Fukukawa, K.
- Abstract
Deuteron breakup differential cross sections and analyzing powers for $${\overrightarrow{d} + p}$$ scattering at E = 16 and 130 MeV are examined using the energy-independent quark-model nucleon-nucleon interaction fss2. The Coulomb effect is incorporated by the sharp cut-off Coulomb force, acting between quarks, without the phase-shift renormalization for the breakup amplitudes. Our results are very similar to those by the meson-exchange potentials, including disagreement for some specific kinematical configurations. The accurate and systematic KVI data at E = 130 MeV are reasonably reproduced by taking the Coulomb cut-off radius ρ ≥ 16 fm.
- Subjects
DEUTERON scattering; DIFFERENTIAL cross sections; MENDELEVIUM; QUARK models; NUCLEON-nucleon interactions; PHASE-shift masks; MESONS
- Publication
Few-Body Systems, 2013, Vol 54, Issue 7-10, p1307
- ISSN
0177-7963
- Publication type
Article
- DOI
10.1007/s00601-012-0551-7