Abstract
In this paper we propose a microscopic method of calculating Pauli-corrected intercluster interactions. The method is based on a microscopic Hamiltonian which contains the influence of the Pauli principle and from which the corresponding intercluster potentials are derived. This method overcomes the difficulties of the inclusion of the Pauli principle in systems of more than two clusters which occur in the resonating group method, orthogonality condition model, projection method, and the fish bone model. Moreover, it allows the investigation of the influence of the microscopic parameters in different systems and the examination of the on- and off-shell behavior of the intercluster forces in a consistent way.NUCLEAR REACTIONS Composite particle interaction, $N$-cluster theory, nuclear fragments, scattering theory.
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