Measured magnetic moments of 21+ states in 190–198Pt and interacting boson model description of M1 systematics in the platinum isotopes

Measured Magnetic Moments and Shape Coexistence in the Neutron-Deficient NucleiP184,186,188Stuchbery1, Anderssen2, Byrne3 et al. 1996Phys. Rev. Lett.332190View full textAdd to dashboardCite

“…The measurement on the naturally occurring nuclide 192 Pt provided both a check of the experimental technique and a calibration of the effective hyperfine magnetic field strength. (The 2 1 1 state g factor and lifetime have been measured previously [2,3].) The 190 Pt experiment was discontinued once it was established that a more precise result would be obtained using the transient field technique with a target enriched to 4% in 190 Pt [3].…”

Relativeg-factor measurements inFe54,East1, Stuchbery2, Chamoli3 et al. 2009Phys. Rev. C

“…The mechanism of Coulomb excitation ensures that the angular correlations for 54,56,58 Fe are identical, well within the precision of the measurement. It has been demonstrated that the angular correlations in cases like the present work can be calculated at least as reliably as they can be measured [13][14][15][16][17]. The calculated angular correlations, which are effectively identical for all three isotopes, were therefore used in the following analysis.…”

gfactor of the first excited state inFe56and implications for transient-field calibration in the Fe region

“…(See, for example, Refs. [24][25][26][27]; a more comprehensive list of references is given in Ref. [20].)…”