THE EFFECT OF THE EXCLUSION PRINCIPLE ON THE REAL PART OF THE OPTICAL POTENTIAL

Technical Report · Thu Dec 01 04:00:00 EST 1960

OSTI ID:4092960

Dabrowski, J; Sobiczewski, A

The real part of the optical potential for nucleon-nucleus scattering was calculated in the frame of the Watson theory. The Pauli principle was taken into account by excluding the intermediate states occupied by target nucleons from the scattering equation. The first correction to the real part of the optical potential, resulting from the Pauli principle, was expressed by the nucleon-nucleon phase shifts. Numerical results were obtained for the SignellMarshak phase shifts. At medium energies the depth of the real part of the optical potential increased appreciably because of the Pauli principle. (auth)

• Research Organization: Polish Academy of Sciences. Inst. of Nuclear Research, Warsaw
• NSA Number: NSA-15-020146
• OSTI ID: 4092960
• Report Number(s): PAN-196/VII
• Country of Publication: Country unknown/Code not available
• Language: English

Related Subjects

DISPERSION RELATIONS
ENERGY
ENERGY LEVELS
EQUATIONS
NUCLEAR MODELS
NUCLEAR POTENTIAL
NUCLEI
NUCLEONS
NUMERICALS
OPE MODEL
OPTICAL MODEL
PAULI PRINCIPLE
PHYSICS
QUANTUM MECHANICS
SCATTERING
SOMMERFELD-WATSON THEORY