THREE-BODY CALCULATION OF PI D ELASTIC SCATTERING OBSERVABLES AT ENERGIES UP TO THE (3,3) RESONANCE
197911 pages
Published in:
- Phys.Rev.C 19 (1979) 465-475
Citations per year
Abstract: (APS)
The πd elastic scattering observables are calculated in the energy range 25 to 180 MeV on the basis of the Faddeev-Lovelace equations where relativistic kinematics are used only for the pion. In the (3,3) resonance region, the importance of all S, P πN channels (included in an exact way) and the sensitivity to the description of the deuteron wave function are demonstrated. The vector and tensor polarizations are predicted at 142 and 180 MeV.
NUCLEAR REACTIONS πd elastic scattering, Tπ=25−180 MeV, dσdΩ, total cross section, vector and tensor polarizations, Faddeev calculation.- PI DEUTERON: ELASTIC SCATTERING
- ELASTIC SCATTERING: PI DEUTERON
- THREE-BODY PROBLEM
- KINEMATICS: RELATIVISTIC
- FORCE
- TOTAL CROSS SECTION: ENERGY DEPENDENCE
- CHANNEL CROSS SECTION
- DIFFERENTIAL CROSS SECTION: ANGULAR DEPENDENCE
- POLARIZATION: VECTOR
- POLARIZATION: TENSOR
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