Reaction mechanisms in 24Mg+12C and 32S+24Mg
C. Beck, A. Sanchez i Zafra, P. Papka, S. Thummerer, F. Azaiez, S., Courtin, D. Curien, O. Dorvaux, D. Lebhertz, A. Nourreddine, M. Rousseau, W., von Oertzen, B. Gebauer, Tz. Kokalova, C. Wheldon, G. de Angelis, A. Gadea,, S. Lenzi, D.R. Napoli, S. Szilner, W.n. Catford
TL;DR
This paper investigates exotic shapes and superdeformed structures in light N=Z nuclei 24Mg and 32S through binary reactions, revealing large deformations and specific gamma decay patterns using advanced spectrometers.
Contribution
It presents new experimental data on superdeformed and hyperdeformed bands in 24Mg+12C and 32S+24Mg, linking these structures to quasimolecular resonances in light nuclei.
Findings
Identification of large deformation structures in binary reactions.
Observation of gamma decays associated with superdeformed bands.
Analysis of binary and ternary reaction channels.
Abstract
The occurence of "exotic" shapes in light N=Z alpha-like nuclei is investigated for 24Mg+12C and 32S+24Mg. Various approaches of superdeformed and hyperdeformed bands associated with quasimolecular resonant structures with low spin are presented. For both reactions, exclusive data were collected with the Binary Reaction Spectrometer in coincidence with EUROBALL IV installed at the VIVITRON Tandem facility of Strasbourg. Specific structures with large deformation were selectively populated in binary reactions and their associated -decays studied. The analysis of the binary and ternary reaction channels is discussed.
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