Phenomenological Explanation of Magnetic Moments of Nucleons in Terms of the Excited States of Nucleons
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概要
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The anomalous magnetic moment of nucleons are explained phenomenologically by inclusion of the virtual transition to excited state of σ=3/2 and τ=3/2 accompanied by one meson emission in addition to the usual virtual transitions of nucleon stares accompanied by meson emissions. The inclusion of excited state of σ=3/2 and τ=3/2 is definitely essential and the inclusion of other excited states of σ=3/2 and τ=1/2 or σ=1/2 and τ=3/2 is of no effect. Six interesting conclusions are obtained and given in the firse section. The other sections are concerned with the derivations and discussions of these conclusions.
- 理論物理学刊行会の論文
著者
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Sugawara Masao
Physics Department Hokkaido University
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SUGAWARA Masao
Physics Department, Hokkaido University
関連論文
- Behavior of D-Function in Yukawa's Non-Local Field Theory
- Phenomenological Explanation of Magnetic Moments of Nucleons in Terms of the Excited States of Nucleons