GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28
The γ-ray decay modes of the lowest 0+, f = 2 states of 24Na and 28Al have been investigated with a Ge(Li) detector in the 22Ne(3He, p)24Na and 26Mg(3He, p)28Al reactions. Precise excitation energies of 5970.2 ± 0.9 keV and 5992.4 ± 0.4 keV were obtained for the 24Na and 28Al T = 2 states respective...
Main Authors: | , , , , , , |
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Format: | Journal article |
Language: | English |
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1973
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author | Start, D Jelley, N Burde, J Hutcheon, D Randolph, W Underwoo, B Warner, R |
author_facet | Start, D Jelley, N Burde, J Hutcheon, D Randolph, W Underwoo, B Warner, R |
author_sort | Start, D |
collection | OXFORD |
description | The γ-ray decay modes of the lowest 0+, f = 2 states of 24Na and 28Al have been investigated with a Ge(Li) detector in the 22Ne(3He, p)24Na and 26Mg(3He, p)28Al reactions. Precise excitation energies of 5970.2 ± 0.9 keV and 5992.4 ± 0.4 keV were obtained for the 24Na and 28Al T = 2 states respectively. These energies are used to calculate the masses of the Tz = -1 and -2 members of each isobaric quintet and the branching ratios are compared with those of the analogous isovector M1 transitions in 24Mg and 28Si and also with shell model calculations. © 1973. |
first_indexed | 2024-03-07T05:16:08Z |
format | Journal article |
id | oxford-uuid:dd40e2a8-c75a-483b-91e8-4de1bdfaf598 |
institution | University of Oxford |
language | English |
last_indexed | 2024-03-07T05:16:08Z |
publishDate | 1973 |
record_format | dspace |
spelling | oxford-uuid:dd40e2a8-c75a-483b-91e8-4de1bdfaf5982022-03-27T09:23:47ZGAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:dd40e2a8-c75a-483b-91e8-4de1bdfaf598EnglishSymplectic Elements at Oxford1973Start, DJelley, NBurde, JHutcheon, DRandolph, WUnderwoo, BWarner, RThe γ-ray decay modes of the lowest 0+, f = 2 states of 24Na and 28Al have been investigated with a Ge(Li) detector in the 22Ne(3He, p)24Na and 26Mg(3He, p)28Al reactions. Precise excitation energies of 5970.2 ± 0.9 keV and 5992.4 ± 0.4 keV were obtained for the 24Na and 28Al T = 2 states respectively. These energies are used to calculate the masses of the Tz = -1 and -2 members of each isobaric quintet and the branching ratios are compared with those of the analogous isovector M1 transitions in 24Mg and 28Si and also with shell model calculations. © 1973. |
spellingShingle | Start, D Jelley, N Burde, J Hutcheon, D Randolph, W Underwoo, B Warner, R GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title | GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title_full | GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title_fullStr | GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title_full_unstemmed | GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title_short | GAMMA-RAY TRANSITIONS FROM LOWEST T=2 STATES OF NA-24 AND AL-28 |
title_sort | gamma ray transitions from lowest t 2 states of na 24 and al 28 |
work_keys_str_mv | AT startd gammaraytransitionsfromlowestt2statesofna24andal28 AT jelleyn gammaraytransitionsfromlowestt2statesofna24andal28 AT burdej gammaraytransitionsfromlowestt2statesofna24andal28 AT hutcheond gammaraytransitionsfromlowestt2statesofna24andal28 AT randolphw gammaraytransitionsfromlowestt2statesofna24andal28 AT underwoob gammaraytransitionsfromlowestt2statesofna24andal28 AT warnerr gammaraytransitionsfromlowestt2statesofna24andal28 |