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[en] The author restricts himself to the following aspects of rotational motion in nuclei: rotational degrees of freedom; deformation and its symmetry; rotational matrix elements; cranking model; stability of highly spinning nuclei; nucleonic motion in rapidly rotating potentials; rotational alignment; rotation about symmetry axis; pairing in rotating potentials and phase transitions
Source
Bohr, A.; Broglia, R.A. (eds.); p. 3-30; ISBN 0 444 85153 4; 
; 1977; p. 3-30; North-Holland; Amsterdam, Netherlands; International school of physics 'Enrico Fermi' course 69 on elementary modes of excitation in nuclei; Varenna, Italy; 26 Jul - 7 Aug 1976
; 1977; p. 3-30; North-Holland; Amsterdam, Netherlands; International school of physics 'Enrico Fermi' course 69 on elementary modes of excitation in nuclei; Varenna, Italy; 26 Jul - 7 Aug 1976