Energy levels of even nuclei on the hydrodynamical model with vibration-rotation interaction
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North Holland Publishing
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Para calcular los estados excitados de estos núcleos se ha utilizado el modelo de Davydov y Chaban para núcleos pares, en el que se tiene en cuenta exactamente la interacción beta-vibración-rotación. Las energías calculadas se han comparado con datos experimentales, prestando especial atención a los núcleos con niveles de excitación 0+ conocidos. Siempre que ha sido posible, también se han realizado comparaciones con la correlación de datos experimentales mediante el método de perturbación de Mallmann y Kerman y del modelo de Bohr Mottelson.
The Davydov and Chaban model for even nuclei, in which the beta-vibration-rotation interaction is taken into account exactly, has been used to calculate the excited states of these nuclei. The calculated energies have been compared with experimental data, special attention being paid to nuclei with known 0 + excited levels. Where possible, comparison has been made also with the correlation of experimental data by means of the perturbation approach of Mallmann and Kerman and of the Bohr Mottelson model.
The Davydov and Chaban model for even nuclei, in which the beta-vibration-rotation interaction is taken into account exactly, has been used to calculate the excited states of these nuclei. The calculated energies have been compared with experimental data, special attention being paid to nuclei with known 0 + excited levels. Where possible, comparison has been made also with the correlation of experimental data by means of the perturbation approach of Mallmann and Kerman and of the Bohr Mottelson model.