Perturbed angular distributions with LaBr${}_3$ detectors: the $g$ factor of the first $10^{+}$ state in ${}^{110}$Cd revisited

Abstract

The Time Differential Perturbed Angular Distribution technique with LaBr${}_3$ detectors has been applied to the $I^{\pi }={\frac{11}{2}}^{-}$ isomeric state ($E_x=846$ keV, $\tau =107$~ns) in ${}^{107}$Cd, which was populated and recoil-implanted into a gadolinium host following the ${}^{98}$Mo(${}^{12}$C, $3n$)${}^{107}$Cd reaction. The static hyperfine field strength of Cd recoil implanted into gadolinium was thus measured, together with the fraction of nuclei implanted into field-free sites, under similar conditions as pertained for a previous implantation perturbed angular distribution $g$-factor measurement on the $I^{\pi }=10^{+}$ state in ${}^{110}$Cd. The ${}^{110}$Cd $g(10^{+})$ value was thereby re-evaluated, bringing it into agreement with the value expected for a seniority-two $\nu h_{\frac{11}{2}}$ configuration.

References in corpus (3)

• Spins, Electromagnetic Moments, and Isomers of 107-129Cd
• Collinear laser spectroscopy of atomic cadmium
• Perturbed angular correlations for Gd in gadolinium: in-beam comparisons of relative magnetizations

Cited by in corpus (4)

• Apparatus for in-beam hyperfine interactions and $g$-factor measurements: design and operation
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• Hyperfine fields at ${}^{66}$Ga, ${}^{67,69}$Ge implanted into iron and gadolinium hosts at 6 K, and applications to g-factor measurements
• Pushing the limits of excited-state $g$-factor measurements