Abstract
The iron-implantation-perturbed-angular-correlation technique (IMPACT) has been used to measure the Larmor precessions of the 328, 240, and 356 keV states of194Pt,195Pt, and196Pt nuclei, respectively, in ferromagnetic iron and cobalt hosts. The observed angular precessions in iron, corrected for the transient field effect, wereω τ 194(328)=0.103±0.006 rad,ω τ 195 (240)=0.142±0.012, andω τ 196(356)=0.084±0.010. For cobalt hosts, the observed Larmor precessions were ω τ194(328)=0.068±0.006, ω τ195(240)=0.096±0.012, andω τ 196(356)=0.057±0.013. Agreement between theg-factors obtained from the measurements in iron hosts and the measurements in cobalt hosts is very good, and a weighted average of the two measurements givesg 194(328)=0.349±0.031,g 195 (240)=0.136±0.013, andg 196(356)=0.329±0.039.
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Work supported by the National Science Foundation, USA.
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Garber, D.A., Behar, M., Grabowski, Z.W. et al. Nuclearg-factors of the 328 keV state in194Pt, the 240 keV state in195Pt, and the 356 keV state in196Pt determined by recoil-implantation into iron and cobalt hosts. Z. Physik 270, 163–167 (1974). https://doi.org/10.1007/BF01680405
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DOI: https://doi.org/10.1007/BF01680405