Nucleon-deuteron low energy parameters
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Cited by (17)
Universal aspects of light halo nuclei
2012, Progress in Particle and Nuclear PhysicsCitation Excerpt :The effect of a typical three-nucleon scale was clearly seen in the Phillips plot, i.e., the model independent correlation between the doublet neutron–deuteron scattering length and triton binding energy [125,126], as an expression of the off-shell sensitivity of the three-nucleon system [127,128]. For scattering energies, it is known the correlation between the elastic neutron–deuteron doublet phase-shift and the triton binding energy [129–131]. The dependence on the short-range part of the nuclear interaction, or off-shell sensitivity [136,137], is also evidenced by some other well-known correlations among other low-energy nuclear observables: Coester line [138,139] and Tjon line [140].
Coulomb effects in the proton-deuteron scattering and radiative capture processes at zero energy
1993, Nuclear Physics, Section ANucleon-deuteron zero-energy scattering
1990, Physics Letters BThe Coulomb problem in nonrelativistic scattering theory
1987, Nuclear Physics, Section AInfluence of Coulomb polarization on pd low energy parameters
1985, Physics Letters B
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