A single term expression in the form of a Power law with two unknown coefficients is
proposed. It explains fairly well the energies of ground bands in even-even nuclei in the A …

The energy levels of the ground-state bands of several deformed nuclei are calculated using
a scheme whereby higher order terms in ω (nuclear angular velocity) are retained in the …

A variable-moment-of-inertia (VMI) model is proposed which permits an excellent fit of level
energies of ground-state bands in even-even nuclei. In this model the energy of a level with …

At first the fundamental properties of our simple model for backbending-nuclei are discussed
and it is shown that the underlying band-structures are responsible for the characteristic …

The experimental nuclear level densities and spin cut-off factors for nuclei from 20 F to 244
Am are compared with a microscopic theory which includes the nuclear pairing interaction …

A formula proposed by the author for the calculation of the moment of inertia of a nuclear
system is discussed. A simple calculation using the model of a deformed oscillator well for …

A time-dependent variational principle is used to dequantize a second-order quadrupole
boson Hamiltonian. The classical equations for the generalized coordinate and the …

We have calculated a central nucleon-nucleon potential with a soft core for the singleteven
and the triplet-even state. The radial dependence of these potentials is given by a sum of …

New yrast energy formula for soft rotors Page 1 New yrast energy formula for soft rotors P. von
Brentano, 1,2 NV Zamfir, 1 RF Casten, 1,2 WG Rellergert, 1 and EA McCutchan 1 1Wright Nuclear …

A one-parameter expression with exponential moment of inertia (EXP) is analyzed for
ground-state-band rotational energies to high spin. For 168Yb all transition energies I⩽ 18 …