Non-adiabatic calculation of positive parity states in 161Er and 163Er

Baznat, M. I.; Chernej, M.I.; Pyatov, N.I.

doi:10.1016/0370-2693(70)90100-0

Physics Letters B

1970

DOI: 10.1016/0370-2693(70)90100-0

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Non-adiabatic calculation of positive parity states in 161Er and 163Er

M. I. Baznat¹,

M.I. Chernej²,

N.I. Pyatov³

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1973

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Cited by 10 publications

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The effects of the microscopical theory of the Coriolis forces on nuclear beta-decay155Eu →155Gd

Bogdan

Cretu²,

Macarie³

et al. 1973

Z. Physik

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The wave functions yielded by the microscopical non-adiabatic treatment of the Coriolis interaction proposed in Dubna by Pyatov, Chernej and Baznat have been used in order to calculate the beta decay observables of some allowed transitions of the 155Eu nucleus. The Coriolis interaction effects are important especially for the absolute ft values (an important improvement is obtained) and for the fl-y circular polarization correlation.

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The effects of the microscopical theory of the Coriolis forces on nuclear beta-decay155Eu →155Gd

Bogdan

Cretu²,

Macarie³

et al. 1973

Z. Physik

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show abstract

The rotational spectrum of 161Ho

1970

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Strongly perturbed positive-parity bands in odd-mass erbium isotopes

Hjorth¹,

Ryde²,

Hagemann

et al. 1970

Nuclear Physics A

159

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Non-adiabatic calculation of positive parity states in 161Er and 163Er

Cited by 10 publications

References 3 publications

The effects of the microscopical theory of the Coriolis forces on nuclear beta-decay155Eu →155Gd

The effects of the microscopical theory of the Coriolis forces on nuclear beta-decay155Eu →155Gd

The rotational spectrum of 161Ho

Strongly perturbed positive-parity bands in odd-mass erbium isotopes

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