Abstract
The second-order Born-approximation treatment of Cutler and Schucan was applied to inelastic electron scattering data on 6Li, 60Ni, and 114Cd acquired at low momentum transfers. The form factors as a function of momentum transfer q in the range of 0.25–0.57 fm −1 were obtained by angular distribution measurements performed at incident energies of 30 to 60 MeV. The correlation between two parameters deduced from the measurements, the reduced transition probability B(E2↑) and the transition radius R (2) tr, is discussed. It is suggested that inelastic electron scattering data at low- q is best used either in conjunction with an accurate value of B(E L↑) (available from the model-independent analysis of “photon” experiments at zero momentum transfer) to allow accurate determination of R (2) tr, or in conjunction with high- q inelastic electron scattering data to allow accurate determination of B(E L↑) as well as R (2) tr.
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