S. S. Dimitrova

Two-body density matrix for closed

The two-body density matrix for

s-d

^{4}He,^{16}O

shell nuclei

and

Correlation effects in single-particle overlap functions and one-nucleon removal reactions

^{40}Ca

Restoration of overlap functions and spectroscopic factors in nuclei

within the Low-order approximation of the Jastrow correlation method is considered. Closed analytical expressions for the two-body density matrix, the center of mass and relative local densities and momentum distributions are presented. The effects of the short-range correlations on the two-body nuclear characteristics are investigated.

Short-range correlations and one-body properties of nuclei

Single-particle overlap functions and spectroscopic factors are calculated on the basis of the one-body density matrices (ODM) obtained for the nucleus

Pre-equilibrium mechanisms in the Nb 93 ( p ⃗ , α ) inclusive reaction at incident energies from 65 to 160 MeV

{}^{16}\mathrm{O}

The hole spectral function and the relationship between overlap functions, natural orbitals and the one-body density matrix in nuclei

employing different approaches to account for the effects of correlations. The calculations use the relationship between the overlap functions related to bound states of the

Scaling- and antiscaling-type oscillations in isoscalar and isovector nuclear monopole vibrations

(A\ensuremath{-}1)

Multistep direct mechanism in the (p-vector,{sup 3}He) inclusive reaction on {sup 59}Co and {sup 93}Nb at incident energies between 100 and 160 MeV

-particle system and the ODM for the ground state of the A-particle system. The resulting bound-state overlap functions are compared and tested in the description of the experimental data from