The static electromagnetic moments of<sup>193</sup>Os<sub>GS</sub>

Berkes, István; Hlimi, B.; Marest, G.; Sau, J. Ripoll; Sayouty, E.H.; Heyde, K.

doi:10.1088/0305-4616/11/2/015

Cited by 14 publications

(3 citation statements)

References 20 publications

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“…The experimental value of the magnetic moment increases from 185 W to 187 W, however the theoretical prediction is opposite. Such a tendency can be seen in 189 Os and 193 Os [5]. These results show that the effective g-factor increases with increasing the neutron number to the magic number of 126 in this region.…”

Section: Resultssupporting

confidence: 55%

Magnetic Moment of the 3/2− Ground State of 185W

2005

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Section: Resultssupporting

confidence: 55%

Magnetic Moment of the 3/2− Ground State of 185W

2005

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“…Here the data in the literature have been contradicting: A negative sign had been reported in [8], while a positive sign was given in [9]. Here the data in the literature have been contradicting: A negative sign had been reported in [8], while a positive sign was given in [9].…”

Section: Osmentioning

confidence: 87%

A mini transmission?-ray Compton polarimeter and measurements of the sign of magnetic moments of radioactive nuclei

Scheidemann

Eder

Hagn

et al. 1991

Z. Physik A - Hadrons and Nuclei

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“…† Outros valores de mistura multipolar indicados na compilação[8] , em geral tirados de dados de captura eletrônica ou da ref [57]. .…”

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Estudo do decaimento β- do 193Os

Zahn¹

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In this work, the excited levels of 193 Ir populated by the β − decay of 193 Os (T 1/2 ∼ 30h) were investigated. For that purpose, ∼ 5mg samples of 99%-enriched 192 Os were irradiated under a thermal neutron flux of ∼ 10 12 s −1 and then analysed both using single gamma spectroscopy and a 4-detector multiparametric acquisition facility, which provided data for both a γγ coincidence analysis and a directional angular correlation γγ(θ ) study.From these data, 28 transitions were added to this decay scheme, 11 of which were previously known from nuclear reactions and 17 observed for the first time. Eight excited levels were also added to the decay scheme, 3 of which were known from nuclear reaction studiesthe remaining 5 are suggested for the first time. Moreover, it was possible to confirm suspicions found in reference that the levels at 848.93keV and 849.093keV are indeed the same; it was also possible to confirm the existence of an excited level at 806.9keV, which had been inferred, but not experimentally confirmed in β decay studies to date.

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The static electromagnetic moments of¹⁹³Os_GS

Cited by 14 publications

References 20 publications

Magnetic Moment of the 3/2− Ground State of 185W

Magnetic Moment of the 3/2− Ground State of 185W

A mini transmission?-ray Compton polarimeter and measurements of the sign of magnetic moments of radioactive nuclei

Estudo do decaimento β- do 193Os

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The static electromagnetic moments of193OsGS

Cited by 14 publications

References 20 publications

Magnetic Moment of the 3/2− Ground State of 185W

Magnetic Moment of the 3/2− Ground State of 185W

A mini transmission?-ray Compton polarimeter and measurements of the sign of magnetic moments of radioactive nuclei

Estudo do decaimento β- do 193Os

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About

The static electromagnetic moments of¹⁹³Os_GS