New Glance at the Experimental Data for Low Lying Collective Excited States
Recently the classification of low-lying excited 0+ states in even even deformed nuclei has been done. The available experimental data were represented as the energies parabolic distributed by number of monopole excitations. With other words each 0+ state now is determined as the collective state with the corresponding number of monopole type phonons n . In this paper we discuss whether the experimental data for low-lying excited states possessing not equal to zero spins can also be described with parabolic distribution function depending on integer classification parameter and find any vindication of the connection between this integer parameter and the number of collective excitations building the corresponding state.