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**Harvard**

Bjornstad, T., Borge, M., Blomqvist, J., Vondincklage, R., Ewan, G., Hoff, P., Jonson, B., Kawade, K., Kerek, A., Klepper, O., Lovhoiden, G., Mattsson, S., Nyman, G., Ravn, H., Rudstam, G., Sistemich, K. och Tengblad, O. (1986) *The Doubly Closed Shell Nucleus Sn-132(50)82*.

** BibTeX **

@article{

Bjornstad1986,

author={Bjornstad, T. and Borge, M. J. G. and Blomqvist, J. and Vondincklage, R. D. and Ewan, G. T. and Hoff, P. and Jonson, Björn and Kawade, K. and Kerek, A. and Klepper, O. and Lovhoiden, G. and Mattsson, Stanley and Nyman, Göran and Ravn, H. L. and Rudstam, G. and Sistemich, K. and Tengblad, Olof},

title={The Doubly Closed Shell Nucleus Sn-132(50)82},

journal={Nuclear Physics A},

issn={0375-9474},

volume={453},

issue={3},

pages={463-485},

abstract={The structure of excited states in 132Sn, fed in the β-decay of 132In, has been investigated. Absolute intensities were deduced from γ-singles measurements. From multi-spectrum analysis of γ-lines the half-life of 132In was determined to be 186 ± 22 ms. A level scheme based on γγ and βγ coincidences is presented. The conversion electron spectrum has been studied and internal conversion coefficients deduced for two low-energy transitions. The total decay energy of 132In was determined, from γ-gated β-spectra, to be Qβ = 13.6 ± 0.4 MeV. A lower limit of 6.968 MeV for the neutron separation energy in 132Sn was deduced from the β-delayed neutron spectrum. The experimental results on the level structure of the doubly closed shell nucleus 132Sn show that the shell model is applicable even far from the valley of stability.},

year={1986},

}

** RefWorks **

RT Journal Article

SR Electronic

ID 10977

A1 Bjornstad, T.

A1 Borge, M. J. G.

A1 Blomqvist, J.

A1 Vondincklage, R. D.

A1 Ewan, G. T.

A1 Hoff, P.

A1 Jonson, Björn

A1 Kawade, K.

A1 Kerek, A.

A1 Klepper, O.

A1 Lovhoiden, G.

A1 Mattsson, Stanley

A1 Nyman, Göran

A1 Ravn, H. L.

A1 Rudstam, G.

A1 Sistemich, K.

A1 Tengblad, Olof

T1 The Doubly Closed Shell Nucleus Sn-132(50)82

YR 1986

JF Nuclear Physics A

SN 0375-9474

VO 453

IS 3

SP 463

OP 485

AB The structure of excited states in 132Sn, fed in the β-decay of 132In, has been investigated. Absolute intensities were deduced from γ-singles measurements. From multi-spectrum analysis of γ-lines the half-life of 132In was determined to be 186 ± 22 ms. A level scheme based on γγ and βγ coincidences is presented. The conversion electron spectrum has been studied and internal conversion coefficients deduced for two low-energy transitions. The total decay energy of 132In was determined, from γ-gated β-spectra, to be Qβ = 13.6 ± 0.4 MeV. A lower limit of 6.968 MeV for the neutron separation energy in 132Sn was deduced from the β-delayed neutron spectrum. The experimental results on the level structure of the doubly closed shell nucleus 132Sn show that the shell model is applicable even far from the valley of stability.

LA eng

DO 10.1016/0375-9474(86)90447-1

LK http://dx.doi.org/10.1016/0375-9474(86)90447-1

OL 30