Abstract
The orthonormal-correlated-states method is used to study the $^{4}\mathrm{He}$(e,e'p${)}^{3}$H reaction. The effects of short-range correlations, orthogonality corrections, p${+}^{3}$H interaction in the final states, and two-body charge and current operators bring the theoretical predictions into fair agreement with the NIKHEF and Saclay data.
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