Abstract
We try to present the structure of $$1^{-}$$ excitations in open-shell $$^{124,126,128,130}\mathrm {Te}$$ isotopes. Electric dipole states are investigated within a translational and Galilean invariant model. Also, a theoretical description of charge-conserving spin-dipole $${1}^{-}$$ excitations is presented for the same isotopes. The energy spectra for both kinds of excitations are analysed in detail. Furthermore, a comparison of the calculated cross-sections and energies with the available experimental data is given.
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