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Three Nucleon Potential and Triton Binding Energy

T. Ueda
(
- Osaka U., Appl. Math. Dept.
)
,
T. Sawada
(
- Osaka U., Appl. Math. Dept.
)
,
T. Sasakawa
(
- Tohoku U.
)
,
S. Ishikawa
(
- Tohoku U.
)

Jul, 1984

12 pages

Published in:

Prog.Theor.Phys. 72 (1984) 860

DOI:

10.1143/PTP.72.860

Report number:

OUAM-84-7-12

View in:

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Abstract: (Oxford Journals)

The two-pion-exchange three-nucleon potential ππF which involves the s and p πN-scattering with PCAC constraint is presented. The first order perturbation calculation of the ππF contribution to the triton binding energy is made by use of the Faddeev wave function that is obtained in 18 angular-momentum-state bases with the Reid soft-core potential and the URG II OBEP. The resulting triton binding energy is 8.2 ˜ 8.7 MeV, closely comparable with the experimental value, 8.482 MeV.

TRITIUM: POTENTIAL
THREE-BODY PROBLEM
EXCHANGE: TWO-PION
TWO-PION: EXCHANGE
PERTURBATION THEORY
PI NUCLEON: SCATTERING AMPLITUDE
SCATTERING AMPLITUDE: PI NUCLEON
PCAC model
BINDING ENERGY
ANGULAR MOMENTUM

References(15)

Figures(0)

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