Proton particle states in the region around 13250Sn82

Borg, Stefan; Holm, G.B.; Rydberg, Björn

doi:10.1016/0375-9474(73)90045-6

Cited by 33 publications

(16 citation statements)

References 8 publications

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“…A partial decay scheme for this nuclide was proposed by Borg et al [9]. According to this scheme, the strongest fi-transitions populate levels of 603 keV and 870keV energy in 13~I.…”

Section: Sbmentioning

confidence: 99%

Experimental beta-decay energies of several neutron-rich nuclides with mass number 131?A?146

et al. 1979

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“…A partial decay scheme for this nuclide was proposed by Borg et al [9]. According to this scheme, the strongest fi-transitions populate levels of 603 keV and 870keV energy in 13~I.…”

Section: Sbmentioning

confidence: 99%

Experimental beta-decay energies of several neutron-rich nuclides with mass number 131?A?146

et al. 1979

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“…Such a regular behaviour of the odd proton levels in this region was yet evidenced by Borg et al [13] already for the levels of odd-even nuclei with 82 neutrons up to a33Sb. Therefore the gamma line of 798.2 keV may be reasonably assigned to the desexcitation of the first excited level of 131Sb.…”

Section: Partial Decay Scheme-discussionmentioning

confidence: 77%

A new beta decaying isomer of131Sn; partial level scheme of131Sb

et al. 1977

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Gamma spectrum and half life of 131Sn decay have been measured using the unslowed fission fragment separator Lohengrin at the high flux reactor of the Institute LaueLangevin, Grenoble. Two beta-decaying isomers are evidenced, with half-lives of 39 _+ 2 s and 50_+ 2 s. Additional confirmation of this isomerism is given by fission fragment-7 delayed coincidence, leading to a partial level scheme of ~31Sb including an isomeric level of 50_+8 Ixs life-time at 1676.6 keV.

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“…111 Sn was identified by measuring decay curves with a Geiger counter in a magnetic field following chemical separation. ''The results showed that the activity was clearly obtained from the Cd 108 isotope but not from the Cd 106 112 Sn, 114 Sn and 115 Sn are listed in a table as the tin isotopes with the weakest intensity. 113 …”

Section: Snmentioning

confidence: 88%

“…82 '', Borg et al reported the observation of 133 Sn[115]. Neutrons from the Studsvik R2-O swimming-pool reactor were used to fission 235 U 133.…”

mentioning

confidence: 99%