A semi-microscopic proton optical potential with parameters is constructed for analyzing elastic scattering data.It's real part is given by a folding model incorporated with one-body density matrix of shell model with Woods-Saxon potential,and the imaginary part is taken consistently with that of Koning-Delaroche(K-D) global optical potential.Potential parameters are obtained by fitting proton elastic scattering data up to 200 MeV in a range of mass number A=28~90.Compared with measurements of elastic scattering angular distributions and analyzing powers it is overall better than those of K-D global optical potential.

A method calculating one body density matrix of nucleus in the mean field shell model is proposed.One body density matrixes of double closed nuclei ⁴⁰Ca,⁹⁰Zr are calculated. The nucleon density and momentum distributions are calculated and compared with those by the Hatree-Fock-Bogolubov theory,local Fermi gas model and those by experiments,respectively.

The supersonic CW COIL theoretical model is given. A typical experimental equipment has been preliminarily numerically simulated by using this model. Main calculated results are given and compared with the experimental ones or those in other papers.