Development of standard reference data in the sphere of gamma spectrometry

Vylov, Shch D.; Gorozhankin, V.M.; Gromov, K.Ya.; Даниленко, В. Н.; Matveev, Sergei; Nedovesov, V.G.; Stepanov, É. K.; Uchevatkin, I.F.; Khol'nov, Yu.V.; Chechev, V. P.

doi:10.1007/bf00825823

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Analysis Of Vibrational States In Deformed Odd Nuclei1

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1983

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“…The state K~=3/2 + with an energy of 1.107 MeV in 155Sm has been treated in [24] as the one having a large 521~ | component. According to our calculations, in this case the Pauli principle is strongly violated, and at the energy of There are experimental indications [29] to a large admixture of the component 523~@221 in the K; =1/2-state with an energy of 0.920MeV in a65Er. The Pauli principle is not violated in this component, and therefore the results of calculation [7] are valid.…”

Section: Analysis Of Vibrational States In Deformed Odd Nucleimentioning

confidence: 61%

On vibrational states in deformed odd-A nuclei

1983

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The equations for the description of vibrational states in deformed odd-A nuclei are obtained within the quasiparticle-phonon nuclear model. In these equations the Pauli principle is taken into account in the quasiparticle plus phonon components of the wave functions. It is shown that if in these components the Pauli principle is not violated or is slightly violated, the corresponding vibrational states may exist in deformed odd-A nuclei. If the Pauli principle is strongly violated in the quasiparticle plus phonon state, its centroid energy is shifted towards higher energies, and it can be fragmented over several levels. The analysis of the available experimental data on the low-lying vibrational states in deformed odd-A nuclei has shown that the experimental data do not contradict the results of these calculations.

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Section: Analysis Of Vibrational States In Deformed Odd Nucleimentioning

confidence: 61%