1951
DOI: 10.1103/physrev.82.97
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The Nuclear Magnetic Moment ofI129

Abstract: Furthermore it was found that Rb 91 has an isomeric state. Both these states of Rb 91 (half-lives 100 sec and 14 min, respectively) decay to the well-known Sr 91 9.7 hr which again decays to the 60-day and the 50-min isomers of Y 91 . All these radioactivities were found in the samples of mass number 91.A more detailed account of the experiments will be published elsewhere. 2 We wish to thank Professor N. Bohr for his interest taken in our work and Dr. J. Koch for help and advice during this investigation.1 … Show more

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Cited by 16 publications
(3 citation statements)
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“…The nuclear magnetic moments of these three nuclei (all with nuclear spin I = 7 / 2 ) agree within 2% [44][45][46], which supports the validity of the single-valence-proton model.…”
Section: Experimental Feasibility -supporting
confidence: 70%
See 1 more Smart Citation
“…The nuclear magnetic moments of these three nuclei (all with nuclear spin I = 7 / 2 ) agree within 2% [44][45][46], which supports the validity of the single-valence-proton model.…”
Section: Experimental Feasibility -supporting
confidence: 70%
“…We note that within the same single-valence-proton model, κ( 129 I) κ( 131 I) κ( 133 Cs), so that measurements on these iodine isotopes could provide additional experimental tests. The nuclear magnetic moments of these three nuclei (all with nuclear spin I = 7 / 2 ) agree within 2% [44][45][46], which supports the validity of the single-valence-proton model.…”
Section: Experimental Feasibility -supporting
confidence: 70%
“…We note that within the same single-valence-proton model, κ( 129 I) κ( 131 I) κ( 133 Cs), so that measurements on these iodine isotopes could provide additional experimental tests. The nuclear magnetic moments of these three nuclei (all with nuclear spin I = 7 / 2 ) agree within 2% [109,110,111], which supports the validity of the single-valence-proton model.…”
Section: Resultssupporting
confidence: 70%