A Nilsson mean-field plus extended pairing interaction Hamiltonian with many-pair interaction terms is proposed. Eigenvalues of the extended pairing model are easy to obtain. Our investigation shows that one- and two-body interactions continue to dominate the dynamics for relatively small values of the pairing strength. As the strength of the pairing interaction grows, however, the three- and higher many-body interaction terms grow in importance. A numerical study of even-odd mass differences in the $^{154-171}$Yb isotopes shows that the extended pairing model is applicable to well-deformed nuclei
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
Experimental evidence indicates that pairing interaction often plays a major role in determining phy...
The Nilsson mean-field and extended pairing interaction Hamiltonian were investigated for well defor...
The mean-field plus extended pairing model proposed by the authors for describing well-deformed nucl...
The exact solutions of either spherical or deformed mean-field plus various types of pairing models ...
We study binding energies in three isotopic chains ($^{100-130}$Sn, $^{152-181}$Yb, and $^{181-202}$...
We study pairing correlations in deformed nuclei in the framework of the Nilsson + BCS theory. As in...
We study pairing correlations in deformed nuclei in the framework of the Nilsson + BCS theory. As in...
18 pages and 1 figure. Some equations corrected. One new authorAs a model for a deformed nucleus the...
Within a simple SO(8) algebraic model, the coexistence between isoscalar and isovector pairing modes...
The competition between independent-particle and pairing correlations is studied in the quasi-spin f...
The competition between independent-particle and pairing correlations is studied in the quasi-spin f...
The Nilsson mean-field plus extended-pairing model for deformed nuclei is applied to describe the gr...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
Experimental evidence indicates that pairing interaction often plays a major role in determining phy...
The Nilsson mean-field and extended pairing interaction Hamiltonian were investigated for well defor...
The mean-field plus extended pairing model proposed by the authors for describing well-deformed nucl...
The exact solutions of either spherical or deformed mean-field plus various types of pairing models ...
We study binding energies in three isotopic chains ($^{100-130}$Sn, $^{152-181}$Yb, and $^{181-202}$...
We study pairing correlations in deformed nuclei in the framework of the Nilsson + BCS theory. As in...
We study pairing correlations in deformed nuclei in the framework of the Nilsson + BCS theory. As in...
18 pages and 1 figure. Some equations corrected. One new authorAs a model for a deformed nucleus the...
Within a simple SO(8) algebraic model, the coexistence between isoscalar and isovector pairing modes...
The competition between independent-particle and pairing correlations is studied in the quasi-spin f...
The competition between independent-particle and pairing correlations is studied in the quasi-spin f...
The Nilsson mean-field plus extended-pairing model for deformed nuclei is applied to describe the gr...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
In self-consistent mean-field approaches, the description of odd-mass nuclei requires to break the t...
Experimental evidence indicates that pairing interaction often plays a major role in determining phy...