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Binding and saturation of nuclear matter by the reference spectrum method

Data up to Jan 2025

Published1967
Citations77
References22

Total Citations Per Year

Abstract

References (22)

A potential model representation of two-nucleon data below 315 MeV

1962 • 1,213 citations

Properties of Nuclear Matter

1958 • 609 citations

Two-Body Forces and Nuclear Saturation. III. Details of the Structure of the Nucleus

1955 • 601 citations

Reference Spectrum Method for Nuclear Matter

1963 • 420 citations

Nuclear forces and the properties of nuclear matter

1960 • 352 citations

Approximate Reduction of the Many-Body Problem for Strongly Interacting Particles to a Problem of Self-Consistent Fields

1955 • 347 citations

Note on a Nucleon-Nucleon Potential

1962 • 323 citations

Three-Body Correlations in Nuclear Matter

1965 • 232 citations

A REVISED SEMIEMPIRICAL ATOMIC MASS FORMULA

1957 • 198 citations

Compact-Cluster Expansion for the Nuclear Many-Body Problem

1966 • 184 citations

Structure effects in the charge radius of spherical nuclei

1966 • 144 citations

Single Particle Energies in the Theory of Nuclear Matter

1960 • 126 citations

Nuclear Matter Calculations and Phenomenological Potentials

1962 • 99 citations

Binding energy of nuclear matter

1964 • 69 citations

Improved Solution to the Bethe-Faddeev Equations

1966 • 61 citations

Calculation of the Binding Energy of Nuclear Matter by the Method of Reference Spectrum

1963 • 50 citations

Three-Nucleon Clusters in Nuclear Matter

1963 • 50 citations

Short-Range Correlations in Nuclear Matter

1965 • 35 citations

Three-Body Effect in Nuclear Matter to All Orders of Perturbation

1963 • 26 citations

The binding and saturation of nuclear matter

1966 • 23 citations

Effect of short-range repulsion in nuclear matter (II)

1965 • 20 citations

Reference Spectrum Method for the Boundary-Condition Model of Nuclear Forces

1964 • 13 citations

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Binding and saturation of nuclear matter by the reference spectrum method (1967) – Annals of Physics | Metascience Observatory Explorer