Abstract
Using an iterative procedure previously applied to 208Pb, the static nuclear charge distribution for 12C and the error and error correlations in coordinate space implied by the experimental statistical errors are determined from experimental electron scattering data at three energies. Pseudodata generated from a known charge distribution and randomized according to the experimental errors are investigated extensively to demonstrate the validity of the method. Deformed and spherical Hartree-Fock calculations with phenomenological and realistic forces are compared with experiment, and the effect of dispersion corrections on the analysis is shown to be small. Various corrections to the experimental data are discussed, and the analysis is compared with other current approaches.
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