Nuclear Structure, γ-Ray Fission, and the Expanding Universe

Details Nuclear Structure, γ-Ray Fission, and the Expanding Universe Nuclear Structure, γ-Ray Fission, and the Expanding Universe

Jun 1934

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1934natur.133..984b&link_type=abstract

Nature, Volume 133, Issue 3374, pp. 984 (1934).

Physics

Scientific paper

PROF, G. W. TODD1 has put forward evidence against the suggestion that the positron is a constituent of the nucleus. He states that for a definite atomic mass P, and a definite atomic number Z, the arrangement of α-particles, neutrons, etc., in the atomic nucleus should be such as to give a unique structure for the nucleus. Allowing the possibility of positrons, but excluding the possibility of unattached electrons, Todd constructed the following arrangement for the unique structure: where K = 0 or 1, whichever makes ½ (Z - K) an integer.

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