A significant trend within experimental nuclear physics over the past two decades has been the study, with ever‐increasing precision, of the properties of nuclei under various extreme conditions. While such experiments have tended to bring the relatively unstructured many‐body features of nuclear systems into the foreground, they have occasionally shown evidence of remarkably simple patterns of motion, even in situations differing drastically from those characterizing the nuclear ground state. We will here consider one such excitation, the quasimolecular mode, in which the nucleus appears to have the form of two smaller nuclei orbiting about each other.
REFERENCES
1.
D. A.
Bromley
, J. A.
Kuehner
, E.
Almqvist
, Phys. Rev. Letters
4
, 365
(1960
);D. A.
Bromley
, J. A.
Kuehner
, E.
Almqvist
, Phys. Rev.
123
, 878
(1961
);E.
Almqvist
, D. A.
Bromley
, J. A.
Kuehner
, Phys. Rev. Letters
4
, 515
(1960
);E.
Almqvist
, D. A.
Bromley
, J. A.
Kuehner
, B.
Whalen
, Phys. Rev.
130
, 1140
(1962
).2.
Clustering Phenomena in Nuclei—The Proceedings of the Second International Conference on Clustering Phenomena in Nuclei, D. A. Goldberg, J. B. Marion, S. J. Wallace, eds, US DOE Document ORO‐4856‐26 (1975).
3.
Nuclear Molecular Phenomena—The Proceedings of the First International Conference on Resonances in Heavy Ion Reactions, N. Cindro, ed., North Holland, Amsterdam (1978).
4.
Heavy Ion Scattering—The Proceedings of the Symposium held at Argonne National Laboratory, 25–26 March 1971,
R. H. Siemssen, G. C. Morrison, J. P. Schiffer, eds., ANL Report 7837 (1971).
This content is only available via PDF.
© 1979 American Institute of Physics.
1979
American Institute of Physics
You do not currently have access to this content.
