Low-Energy Properties of RealisticN−NOne-Boson-Exchange Potentials

We examine the low-energy features of the $N-N$ interaction, as described by three realistic one-boson-exchange potential models. These models are the Green-Sawada two-parameter model, the Bryan-Scott III model, and the Ueda-Green I model. We calculate the deuteron binding energy, wave functions, magnetic and quadrupole moments, effective range, and electromagnetic form factors. Where possible, these quantities are compared with the experimental data.