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In this investigation the neutron and proton GRV's structure function used to calculate nuclear structure function of 7 Li, 27 Al, 28 Si and 63 Cu nuclei. The neutron and proton number of this nuclei are different, so it seems that this difference can not be neglected in the extraction of EMC ratio for this nuclei. We know that binding nucleons in different shells have different momentum distributions and one can relate these momentum distributions to shells mean square radius. In this investigation we considered these two phenomena to extract the EMC ratio for 7 Li, 27 Al, 28 Si and 63 Cu nuclei. The extracted results show good agreement with the experimental data by sufficient depletion in the binding energy.

proceedings of viiith conference quark confinement and the hadron spectrum — pos(confinementviii)

The role of difference between proton and neutron structure functions and related harmonic oscillator parameter to shells mean square radius in the EMC effect of Al, Si and Cu nuclei