Abstract
A sum rule approach is presented to study in detail the role of dynamical correlations in electron scattering reactions. Both the induced nucleon-nucleon repulsive short range and tensor correlations are taken into account in the explicit calculations of energy-weighted and non-energy-weighted sum rules in /sup 16/O and /sup 12/C. The former are largely affected by tensor correlations in a wide region of momentum transfer, while the latter are mostly model independent. The theoretical results for the longitudinal and transverse integrated response functions of /sup 12/C are compared with available experimental data.
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