potential models have been constructed which have been composed to fit the available NN scattering data. The newer potentials have only slightly improved with respect to the previous ones in describing the recent much more accurate data. As it is shown in Ref\[1\], all of these potential models do not have good quality with respect to the pp scattering data below 350 MeV and just a few of them are of satisfactory quality. These models are the Reid soft-core potential Reid68 \[2\], the Nijmegen soft-core potential Nijm78 \[3\], the new Bonn pp potential Bonn89 \[4\] and also the parameterized Paris potential Paris80 \[5\]. These familiar one-boson-exchange potentials (OBEP) contain a relatively small number of free parameters (about 10 to 15 parameters), but do not have a reasonable description of the empirical scattering data. Also, most of these potentials which have been fitted to the np scattering data, unfortunately do not automatically fit to the pp scattering data even by considering the correction term for the Coulomb interaction \[1\]. Of course, new versions of these potentials have been constructed such as Nijm I, Nijm II, Reid93 \[6\], CD-Bonn \[7\], and AV18 \[8\] which explain the empirical scattering data successfully. But they 