Properties of 55Mn, 56Mn and 57Fe in the unified rotational model

J. R. Comfort; P. Wasielewski; F. B. Malik; W. Scholz

doi:10.1016/0375-9474(71)90139-4

Properties of ⁵⁵Mn, ⁵⁶Mn and ⁵⁷Fe in the unified rotational model

J. R. Comfort, P. Wasielewski, F. B. Malik, W. Scholz

CLAS-NS: Physics

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29 Scopus citations

Abstract

A deformed single-particle model which includes the Coriolis coupling term is used to calculate the properties of ⁵⁵Mn and ⁵⁷Fe. The available experimental data are reviewed and compared with the calculated results. Good agreement is obtained for the energy levels, electromagnetic properties and stripping spectroscopic factors. An extension of the model to doubly odd nuclei, with inclusion of an n-p residual interaction, also produced good agreement with experimental quantities for ⁵⁶Mn. Consideration of these results in comparison with shell-model calculations leads to arguments that these nuclei may be statically deformed.

Original language	English (US)
Pages (from-to)	385-408
Number of pages	24
Journal	Nuclear Physics, Section A
Volume	160
Issue number	2
DOIs	https://doi.org/10.1016/0375-9474(71)90139-4
State	Published - Jan 11 1971

ASJC Scopus subject areas

Nuclear and High Energy Physics

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title = "Properties of 55Mn, 56Mn and 57Fe in the unified rotational model",

abstract = "A deformed single-particle model which includes the Coriolis coupling term is used to calculate the properties of 55Mn and 57Fe. The available experimental data are reviewed and compared with the calculated results. Good agreement is obtained for the energy levels, electromagnetic properties and stripping spectroscopic factors. An extension of the model to doubly odd nuclei, with inclusion of an n-p residual interaction, also produced good agreement with experimental quantities for 56Mn. Consideration of these results in comparison with shell-model calculations leads to arguments that these nuclei may be statically deformed.",

author = "Comfort, {J. R.} and P. Wasielewski and Malik, {F. B.} and W. Scholz",

note = "Funding Information: t Work supported by USAEC contracts at Argonne National Laboratory and Yale University and by NSF contracts at Indiana University and the University OF Pennsylvania. it Presently at Theoretical Physics Division, Genera1 Motors Research Laboratory, Warren, Michigan 48090.",

year = "1971",

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doi = "10.1016/0375-9474(71)90139-4",

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T1 - Properties of 55Mn, 56Mn and 57Fe in the unified rotational model

AU - Comfort, J. R.

AU - Wasielewski, P.

AU - Malik, F. B.

AU - Scholz, W.

N1 - Funding Information: t Work supported by USAEC contracts at Argonne National Laboratory and Yale University and by NSF contracts at Indiana University and the University OF Pennsylvania. it Presently at Theoretical Physics Division, Genera1 Motors Research Laboratory, Warren, Michigan 48090.

PY - 1971/1/11

Y1 - 1971/1/11

N2 - A deformed single-particle model which includes the Coriolis coupling term is used to calculate the properties of 55Mn and 57Fe. The available experimental data are reviewed and compared with the calculated results. Good agreement is obtained for the energy levels, electromagnetic properties and stripping spectroscopic factors. An extension of the model to doubly odd nuclei, with inclusion of an n-p residual interaction, also produced good agreement with experimental quantities for 56Mn. Consideration of these results in comparison with shell-model calculations leads to arguments that these nuclei may be statically deformed.

AB - A deformed single-particle model which includes the Coriolis coupling term is used to calculate the properties of 55Mn and 57Fe. The available experimental data are reviewed and compared with the calculated results. Good agreement is obtained for the energy levels, electromagnetic properties and stripping spectroscopic factors. An extension of the model to doubly odd nuclei, with inclusion of an n-p residual interaction, also produced good agreement with experimental quantities for 56Mn. Consideration of these results in comparison with shell-model calculations leads to arguments that these nuclei may be statically deformed.

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Properties of ⁵⁵Mn, ⁵⁶Mn and ⁵⁷Fe in the unified rotational model

Abstract

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