Overbarrier Resonances as Solutions of Set Inhomogeneous Schrodinger Equations

The Schrödinger equation for a quasibound resonance state with complex energy is considered. A system of inhomogeneous differential equations is obtained for the real and imaginary parts of the wave function. On the basis of known solutions of the corresponding homogeneous equation, the inhomogeneous system is solved with the help of an iteration procedure. The single-particle neutron 2p-state in the Woods-Saxon potential is analyzed for 13 C nucleus.

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