The contribution of quantum shape fluctuations to inertial properties of rotating nuclei has been analyzed for QQ-nuclear interaction using the random phase approximation (RPA). The different recipes to treat the cranking mean field plus RPA problem are considered. The effects of the dN=2 quadrupole matrix elements and the role of the volume conservation condition are discussed
Abstract. Adding a Kelvin momentum constraint to the Routhian HF equations one generates intrinsic v...
Collective states near the yrast line in nuclei with stable octupole deformation are discussed in th...
The influence of nuclear rotation on pairing correlations is discussed using a simple solvable two-l...
The contribution of quantum shape fluctuations to inertial properties of rotating nuclei has been an...
Spontaneous breaking of continuous symmetries of a nuclear many-body system results in the appearanc...
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...
Abstract. An approximation dubbed as the Higher TammDankoff Approximation (HTDA) has been designed t...
The self-consistent harmonic oscillator model including the three-dimensional cranking term is exten...
The variations of moments of inertia of superdeformed (SD) bands Hg-194(1) and Hg-192(1) With angula...
The so-called Higher Tamm–Dancoff Approximation (HTDA) has been designed to describe microscopically...
Pairing correlation strongly influences various nuclear properties, including the binding energy, lo...
Pairing correlation strongly influences various nuclear properties, including the binding energy, lo...
We present a thermal and quantum-mechanical treatment of nuclear rotation using the formalism of sta...
The deviation of nuclear rotational spectra from simple rotational pattern of a symmetric top is exp...
Abstract. Adding a Kelvin momentum constraint to the Routhian HF equations one generates intrinsic v...
Collective states near the yrast line in nuclei with stable octupole deformation are discussed in th...
The influence of nuclear rotation on pairing correlations is discussed using a simple solvable two-l...
The contribution of quantum shape fluctuations to inertial properties of rotating nuclei has been an...
Spontaneous breaking of continuous symmetries of a nuclear many-body system results in the appearanc...
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...
Abstract. An approximation dubbed as the Higher TammDankoff Approximation (HTDA) has been designed t...
The self-consistent harmonic oscillator model including the three-dimensional cranking term is exten...
The variations of moments of inertia of superdeformed (SD) bands Hg-194(1) and Hg-192(1) With angula...
The so-called Higher Tamm–Dancoff Approximation (HTDA) has been designed to describe microscopically...
Pairing correlation strongly influences various nuclear properties, including the binding energy, lo...
Pairing correlation strongly influences various nuclear properties, including the binding energy, lo...
We present a thermal and quantum-mechanical treatment of nuclear rotation using the formalism of sta...
The deviation of nuclear rotational spectra from simple rotational pattern of a symmetric top is exp...
Abstract. Adding a Kelvin momentum constraint to the Routhian HF equations one generates intrinsic v...
Collective states near the yrast line in nuclei with stable octupole deformation are discussed in th...
The influence of nuclear rotation on pairing correlations is discussed using a simple solvable two-l...
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