Abstract
An approach describing the width of the giant dipole resonance in hot nuclei is proposed, unifying the microscopic thermal damping of multiquasiparticle states over the compound nucleus state and the quantal damping. The numerical calculations in the schematic model with equally degenerate equidistant shells for a hot nucleus of mass A = 110 carrying no angular momentum are performed which provide a good agreement with the behavior of the recent experimental data.
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