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Development of magnetic rotation in light Gd nuclei; study of Gd-142

Lieder, R. M. (author)
Rzaca-Urban, T. (author)
Brands, H. (author)
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Gast, W. (author)
Jager, H. M. (author)
Mihailescu, L. (author)
Marcinkowska, Z. (author)
Urban, W. (author)
Morek, T. (author)
Droste, C. (author)
Szymanski, P. (author)
Chmel, S. (author)
Bazzacco, D. (author)
Falconi, G. (author)
Menegazzo, R. (author)
Lunardi, S. (author)
Alvarez, C. R. (author)
de Angelis, G. (author)
Farnea, E. (author)
Gadea, A. (author)
Napoli, D. R. (author)
Podolyak, Z. (author)
Venkova, T. (author)
Wyss, Ramon (author)
KTH,Fysik
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 (creator_code:org_t)
Springer Science and Business Media LLC, 2002
2002
English.
In: European Physical Journal A. - : Springer Science and Business Media LLC. - 1434-6001 .- 1434-601X. ; 13:3, s. 297-305
  • Journal article (peer-reviewed)
Abstract Subject headings
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  • High-spin states in Gd-142 have been populated by means of the Ru-99(Ti-48, 2p3n) reaction at 2-10 MeV and investigated with the gamma-spectrometer EUROBALL III and the charged-particle detector array ISIS. The features of four dipole bands have been determined and compared with tilted-axis cranking model calculations indicating that they are magnetic rotational bands. A transition from regular to irregular bands has been found approaching N = 82 demonstrating that this is a general phenomenon in nuclei near a double-shell closure.

Keyword

shears mechanism
bands
isotopes
isomers
pb-202
states
pdco

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ref (subject category)
art (subject category)

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