Electron Scattering Form Factors of 92Mo in the Shell Model Framework: Incorporating Core-Polarization Effects

Shell model calculations have been used to study the coulomb c2, c4, and transverse e3, e5, and e7 form factors, including core-polarization effects in the 2+, 3-, 4+, 5- and 7- states of 29mo. the computations were done using the two-body effective interaction n50j with the model space n50j. the coulomb valence tassie model (cvtm), which takes into consideration excitations outside of the model space, was used to assess core-polarization effects. the skyrme potential was used to calculate the wave functions of the radial single-particle matrix elements, which gave a realistic description of nuclear interactions. core-polarization effects are crucial for effectively improving the form factor calculations because they greatly increase agreement with the available experimental data.