Isotope Effect and Hyperfine Structure of the Mercury Resonance Line.

Details Isotope Effect and Hyperfine Structure of the Mercury Resonance Line. Isotope Effect and Hyperfine Structure of the Mercury Resonance Line.

Jun 1931

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1931natur.127..890m&link_type=abstract

Nature, Volume 127, Issue 3215, pp. 890-891 (1931).

Physics

2

Scientific paper

RECENTLY Schüler and Keyston1 have made some interesting studies on the hyperfine structure of the spectral lines of thallium, from which they conclude that the hyperfine structure is due in part to a relative shift of the spectral terms due to two isotopes of thallium (203 and 205), originating from differences in the structure of the electric field of the atomic nucleus. The isotope splitting is greatest in the terms with relatively small nuclear moment splittings.

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