Relativistic Magnetic Dipole Emission: Lifetime of the 1s2s3S1 State of Heliumlike Argon

Details Relativistic Magnetic Dipole Emission: Lifetime of the 1s2s3S1 State of Heliumlike Argon Relativistic Magnetic Dipole Emission: Lifetime of the 1s2s3S1 State of Heliumlike Argon

Nov 1970

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1970phrvl..25.1245s&link_type=abstract

Physical Review Letters, vol. 25, Issue 18, pp. 1245-1248

Mathematics

Probability

35

Scientific paper

The lifetime of the 1s2s3S1 state of the heliumlike atom Ar XVII has been measured by observing the decay in flight of the metastable component of a fast foil-excited beam. The decay occurs predominantly by relativistic magnetic-dipole emission, a process first discussed by Breit and Teller. The result, τ(23S1)=(172+/-30)×10-9 sec, is compared with a recent calculation by Drake of the M1 transition probability.

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