1974
DOI: 10.1016/0375-9474(74)90189-4
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The determination of the nuclear ground state and transition charge density from measured electron scattering data

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Cited by 181 publications
(68 citation statements)
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“…In the Fourier-Bessel expansion (FB), first introduced by Dreher et al [22], the charge density is modelled as a sum of Bessel functions up to some cut-off radius R, and is assumed to be zero thereafter. The form factor is assumed to fall off for large q as q −4 and e −aq 2 ; these result from the distribution of nucleons in the nucleus and from the finite extension of the nucleons respectively.…”
Section: Elastic Electron Scattering and Model Independent Form mentioning
confidence: 99%
“…In the Fourier-Bessel expansion (FB), first introduced by Dreher et al [22], the charge density is modelled as a sum of Bessel functions up to some cut-off radius R, and is assumed to be zero thereafter. The form factor is assumed to fall off for large q as q −4 and e −aq 2 ; these result from the distribution of nucleons in the nucleus and from the finite extension of the nucleons respectively.…”
Section: Elastic Electron Scattering and Model Independent Form mentioning
confidence: 99%
“…The charge density may also be constructed from the eigenfunctions of an adjustable single-particle potential of Woods-Saxon or harmonic oscillator type. Also, nearly model-independent charge densities are obtained from a Fourier-Bessel expansion [65] with unknown coefficients. In all these cases the free parameters in the charge distributions are determined from the measured electron scattering data through a least-squares minimization procedure.…”
Section: Elastic Electron-nucleus Scattering In Stable Nucleimentioning
confidence: 99%
“…functions [10,11,12,13]. We will give a brief review of the more commonly adopted form factors in next section.…”
Section: Introductionmentioning
confidence: 99%