The collective rotation motion is described within the local approximation of the semiclassical Gutzwiller trajectory approach to the response function theory through the cranking model. It is shown that the smooth local part of the moment of inertia for the collective rotation of deformed nuclei around the axis, perpendicular to the symmetry axis of the infinitely deep axially-symmetric square-well potential, is the rigid-body quantity. The “classical rotation” with the rigid-body inertia moment was found in the spherical limit
The self-consistent harmonic oscillator model including the three-dimensional cranking term is exten...
Collective moments of inertia as well as quadrupole and octupole mass parameters are calculated in t...
International audienceA simple model to study the collective coupling between pairing and rotational...
International audienceShell corrections to the moment of inertia (MI) are calculated for a Woods–Sax...
For low-lying collective excitations we derived the inertia within the semiclassical Gutzwiller appr...
International audienceThe extended Gutzwiller trajectory approach is presented for the semiclassical...
An original method for calculating the moment of inertia of the collective rotation of a nucleus on ...
The collective rotation in deformed nuclei is described in the random phase approximation (RPA). The...
Most current implementations of the quadrupole collective Hamiltonian model do not include the contr...
The moment of inertia for collective rotation is derived analytically for the harmonic-oscillator Ha...
Spontaneous breaking of continuous symmetries of a nuclear many-body system results in the appearanc...
Abstract. An approximation dubbed as the Higher TammDankoff Approximation (HTDA) has been designed t...
The work deals with one of the topics of collective motion. In the frame of Nuclear Fluid Dynamics, ...
The three-dimensional cranking model is used to investigate the microscopic aspects of the rotation ...
A schematic RP A model is applied to investigating the properties of collective rotation in nuclei r...
The self-consistent harmonic oscillator model including the three-dimensional cranking term is exten...
Collective moments of inertia as well as quadrupole and octupole mass parameters are calculated in t...
International audienceA simple model to study the collective coupling between pairing and rotational...
International audienceShell corrections to the moment of inertia (MI) are calculated for a Woods–Sax...
For low-lying collective excitations we derived the inertia within the semiclassical Gutzwiller appr...
International audienceThe extended Gutzwiller trajectory approach is presented for the semiclassical...
An original method for calculating the moment of inertia of the collective rotation of a nucleus on ...
The collective rotation in deformed nuclei is described in the random phase approximation (RPA). The...
Most current implementations of the quadrupole collective Hamiltonian model do not include the contr...
The moment of inertia for collective rotation is derived analytically for the harmonic-oscillator Ha...
Spontaneous breaking of continuous symmetries of a nuclear many-body system results in the appearanc...
Abstract. An approximation dubbed as the Higher TammDankoff Approximation (HTDA) has been designed t...
The work deals with one of the topics of collective motion. In the frame of Nuclear Fluid Dynamics, ...
The three-dimensional cranking model is used to investigate the microscopic aspects of the rotation ...
A schematic RP A model is applied to investigating the properties of collective rotation in nuclei r...
The self-consistent harmonic oscillator model including the three-dimensional cranking term is exten...
Collective moments of inertia as well as quadrupole and octupole mass parameters are calculated in t...
International audienceA simple model to study the collective coupling between pairing and rotational...