Nuclear spin, hyperfine-structure separation, and nuclear magnetic moment of 18-min Rb88

Authors

Paul A. Vanden Bout, University of California, Berkeley
Antoni Dymanus, University of California, Berkeley
Vernon J. Ehlers, University of California, Berkeley
Michael H. Prior, University of California, Berkeley

Document Type

Article

Publication Title

Physical Review

Abstract

We have used the atomic-beam magnetic-resonance technique to measure the nuclear spin and the hyperfine-structure separation of 18-min Rb88 in the S122 electronic ground state. These results, combined with the Fermi-Segrè formula, yield the nuclear magnetic moment. Our results are: I=2, Δν=±1186.084(18) MHz, μI(uncorr)=±0.506(5) nm, μI(corr)=±0.508(5) nm. Present nuclear theory favors assignment of the negative sign to the value of the moment.

First Page

1131

Last Page

1135

DOI

10.1103/PhysRev.166.1131

Publication Date

12-1-1968

Recommended Citation

Vanden Bout, Paul A.; Dymanus, Antoni; Ehlers, Vernon J.; and Prior, Michael H., "Nuclear spin, hyperfine-structure separation, and nuclear magnetic moment of 18-min Rb88" (1968). University Faculty Publications and Creative Works. 545.
https://digitalcommons.calvin.edu/calvin_facultypubs/545