Abstract
Interaction between the rotation of a decaying axially symmetric deformed nucleus and its internal motions corresponding to both the discrete and the continuous energy spectrum of the nucleus is studied within a generalized model of the nucleus using the Hamiltonian of the Coriolis and centrifugal forces. The particle + rotator model is generalized to the case where any groups of N nuclear nucleons, including N = A, participate in the internal motions under study. The results are used to describe T-odd asymmetries in true and delayed ternary fission of polarized nuclei with α particles, prescission and evaporation neutrons, and γ rays emitted as third particles.
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