IDENTIFYING THE FINE STRUCTURE OF THE EXPERIMENTALLY OBSERVED PEAK FOR 254No AT 2.5 MeV

Thus far, the low-lying dipole response has been observed throughout the deformed nuclear chart, with the exception of the transfermium region. In addition, the spectroscopic energy region of the 254No nucleus has recently been investigated and a broad peak at ≈ 2.5 MeV has been observed. This study, for the first time, explains the fine structure of this experimentally observed broad peak by predicting it through the QRPA framework. More specifically, the calculations revealed the experimentally observed peak comprises at least six dipole excitations.

Authors

Publication Details

Journal
Advanced Physical Research
Published
2024-10-16
DOI
https://doi.org/10.62476/apr63166
Citations
1
Primary Topic
Nuclear Physics and Applications
Type
article
Field-Weighted Citation Impact
0.61
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article

IDENTIFYING THE FINE STRUCTURE OF THE EXPERIMENTALLY OBSERVED PEAK FOR 254No AT 2.5 MeV

H. Quliyev
1 citations
Advanced Physical Research
Nuclear Physics and Applications
0.61
article

IDENTIFYING THE FINE STRUCTURE OF THE EXPERIMENTALLY OBSERVED PEAK FOR 254No AT 2.5 MeV

H. Quliyev
article en
1 citations

Abstract

Thus far, the low-lying dipole response has been observed throughout the deformed nuclear chart, with the exception of the transfermium region. In addition, the spectroscopic energy region of the 254No nucleus has recently been investigated and a broad peak at ≈ 2.5 MeV has been observed. This study, for the first time, explains the fine structure of this experimentally observed broad peak by predicting it through the QRPA framework. More specifically, the calculations revealed the experimentally observed peak comprises at least six dipole excitations.

Advanced Physical ResearchVol. 6(3)
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Nuclear Physics and Applications
0.61
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IDENTIFYING THE FINE STRUCTURE OF THE EXPERIMENTALLY OBSERVED PEAK FOR 254No AT 2.5 MeV — H. Quliyev · Advanced Physical Research (2024) | TGRS Research Map | TGRS