论文信息 - Collective and Single-Particle Coordinates in Nuclear Physics

Collective and Single-Particle Coordinates in Nuclear Physics

The Schrodinger equation of A nucleons is transformed to new coordinates. Six of them have collective nature and 3A − 9 are single‐particle coordinates. The connection is given to the conventional collective model in which five collective coordinates are used. The additional sixth collective coordinate of this paper gives a simple description of monopole vibrations. The new coordinates can also be used in the theory of nuclear reactions: By introducing a symmetrized distance vector for reaction partners, the antisymmetrization procedure is simplified considerably.

W. Zickendraht

[1] L. Zamick. Energies of monopole vibrations , 1970 .

[2] K. Brueckner,et al. Statistical estimate of the breathing mode energy , 1970 .

[3] F. Villars,et al. Unified theory of nuclear rotations , 1970 .

[4] W. Zickendraht,et al. Configuration‐Space Approach to the Four‐Particle Problem , 1969 .

[5] J. P. Davidson. Collective Models of the Nucleus , 1969 .

[6] W. Zickendraht. Configuration-Space Approach to Three-Particle Scattering , 1967 .

[7] K. Wildermuth,et al. Cluster Representations of Nuclei , 1966 .

[8] W. Zickendraht. Construction of a complete orthogonal system for the quantum-mechanical three-body problem , 1965 .

[9] W. Zickendraht. COORDINATES FOR THE QUANTUM-MECHANICAL THREE-BODY PROBLEM. , 1964, Proceedings of the National Academy of Sciences of the United States of America.