Elsevier

Nuclear Physics A

Volume 159, Issue 2, December 1970, Pages 653-660
Nuclear Physics A

Stroboscopic determination of the magnetic moment of the 8+ isomeric state of 208Po

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Abstract

The g-factor of the [h22(p)2 p12(n)−2]8+ isomeric state of 208Po has been determined to be 0.902 ± 0.006 by the stroboscopic resonance method, in which the aligned isomeric state of 380 ns half-life was generated by the reaction 206Pb(α, 2n)208Po in microscopic beam bursts of a cyclotron. The observed g-factor agrees with that of the [h22 (p)2]8+ state of 210Po within an accuracy of 1%, indicating that the effect of the [p22(n)−1 p12(n)]1+ type spin polarization on the magnetic moment is negligibly small, as expected from the theoretical predictions.

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On leave from Department of Physics, Osaka University.

††

Work partially supported by the Nishina Memorial Foundation.

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