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The electron scattering form factor of 10B, 32S and 48Ca nuclei

by: Khalid S. Jassim
Physica Scripta, Vol. 86, No. 03. (24 August 2012), 035202, doi:10.1088/0031-8949/86/03/035202  Key: citeulike:11402488

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Abstract

Longitudinal and transverse electron scattering form factors and transition probabilities have been calculated for different states in 10 B, 32 Sc and 48 Ca nuclei, where a microscopic theory is employed to include the effect of high configuration outside the model space, which is called the core-polarization (CP) effect. The Cohen–Kurath interaction for p-shell, the universal sd of Wildenthal interaction for sd-shell and the GXFP1 interaction for fp-shell are used with the Michigan three-range Yakawa (M3Y) effective NN interaction and modified surface delta interaction as a residual interaction for the CP calculations. The calculation is performed using the shell model codes CPM3Y and NuShell. The radial wave function for the single-particle matrix elements have been calculated with the Skyrme–Hartree Fock, harmonic oscillator potential and Wood Saxson potential to calculate the single-particle wave function. The inclusion of CP effects modifies the form factors markedly and describes the experimental data very well in the momentum transfer dependence.


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