Pseudostate description of breakup in the coupled-reaction-channel method: Numerical study of nonorthogonality effects
Physical Review C
1061 - 1065
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Please cite this item using this persistent URLhttp://hdl.handle.net/11693/26193
To simulate the effects of the breakup channel on rearrangement amplitudes, the conventional coupled-reaction-channel (CRC) expansion is augmented by pseudoreaction channels. The construction of the projector for the extended CRC space is discussed, and transition-operator equations on this space are given. By solving the full and post-approximation forms of the CRC equations for a model three-particle problem, the crucial role played by the nonorthogonality terms is demonstrated. © 1991 The American Physical Society.