The energy of nuclear matter which is due to the simultaneous interaction of three nucleons is calculated to all orders of Goldstone perturbation theory. The various orders form a …
Nucleon-nucleon scattering is studied for laboratory scattering energies over the 0 to 320- MeV range for states with angular momentum l≥ 1. Our central hypothesis is that the …
VG Neudatchin, IT Obukhovsky, VI Kukulin… - Physical Review C, 1975 - APS
A potential model with forbidden states for describing the nucleon-nucleon interaction in the inner region is suggested. Forbidden states in the N− N system may occur due to the …
We develop three models which reproduce all of the most recent nucleon-nucleon data almost quantitatively. These models use the regularization technique in a fashion which is …
S Coleman, HJ Schnitzer - Physical Review, 1964 - APS
Particle mixing is studied in a field-theoretic context, as a further approximation to the pole approximation. Although particle mixing is well suited for treating spinless particles, another …
JS Ball, A Scotti, DY Wong - Physical Review, 1966 - APS
The elastic nucleon-nucleon scattering, due to the exchange of π, η, ρ, ω, ϕ, and an effective I= 0 scalar σ meson is calculated using unsubtracted partial-wave dispersion relations with a …
The great success achieved in atomic physics by the assumption of the Coulomb potential acting between all pairs of charged particles has long tantalized nuclear physicists with the …
EM Henley, LK Morrison - Physical Review, 1966 - APS
The degree of charge-independence violation for the low-energy nucleon-nucleon system is studied on the basis of a semiphenomenological meson theory. The difference between the …