Complete scissors mode strength in heavy deformed odd-mass nuclei: a case study of 165Ho and 169Tm☆
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Cited by (34)
Nuclear Structure and Decay Data for A=165 Isobars
2024, Nuclear Data SheetsElectromagnetic dipole transitions below 4 MeV in odd-neutron <sup>161,163</sup>Dy
2021, Nuclear Physics ACitation Excerpt :In this new experiment, summed strength is increased by a factor of two compared to the previous one, which indicates direct relation between the missing dipole strength and the sensitivity of the experimental setup [17]. It has also been confirmed by the new experiment on 165Ho, where similar results were obtained [20]. The dipole strength is distributed among the several weak transitions in odd-mass nuclei due to the extremely higher level densities.
Role of F-spin multiplets in identical band phenomena in normal deformed nuclei
2019, Nuclear Physics AA theoretical study on the ground and low-energy magnetic dipole characteristics of <sup>239</sup> Pu nucleus
2019, Nuclear Physics ACitation Excerpt :First of all, due to high level densities in these nuclei, most of the dipole strength is hidden to the background [33,34]. In this regard a fluctional analyses may be helped to extract the exact dipole transitions [33–36]. Besides, an additional difficulty arises from the anisotropic angular distributions in such experiments which make the separation of the dipole components (E1 and M1) impossible [33,34].
Magnetic dipole response of the <sup>169</sup>Tm nucleus
2019, Nuclear Physics ACitation Excerpt :This theoretical study was motivated by three facts: Up to now there has been no comprehensive theoretical study on scissors mode in 169Tm even though low-lying M1 excitations below 4 MeV were observed almost 20 years ago in this nucleus [54]. The experimental data on M1 strength between 4–6 MeV is also available for 169Tm.
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Supported by the DFG under contract Nos. Ri 242/12-1 and Br 799/6-2 and by the BMBF under 06 OK 862 I and 06 DR 666 I.
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Deceased.
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Present address: Oliver Lodge Laboratory, University of Liverpool, Liverpool, UK.
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Visitor from the University of Saskatchewan, Saskatoon, Canada.
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Present address: Gesellschaft für Schwerionenforschung, Darmstadt, Germany.
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Present address: Physics Division, Argonne National Laboratory, USA.