Systematics and Phenomenology of Boson Mass Levels. III

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概要

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• The purpose of this paper is twofold. The first is concerned with the hidden properties of ur-baryon dynamics deduced from the previous analyses I and II of meson mass levels and from work by several authors. The previous results are discussed from the viewpoint of neutral vector theory with a pair suppression hypothesis. These will be re-expressed in terms of the U_p(3) ⨂ U^-_p(3) symmetry, although it adds no essentially new result. These considerations are extended to the mutual interactions of meson nonets with the(t^^- t)structure, and a dynamical interpretation of the A selection rule is presented. It will be conjectured that the dominant part of the effective trilinear vertices is of the Tr(φ_aφ_bφ_c) type and not of the Tr(φ_a) Tr(φ_bφ_c) or Tr(φ_a) Tr(φ_b) Tr(φ_c) type, where φ_i(i=a, b, c) denotes a relevant meson nonet. The second purpose is to study the decay properties of the L=1 meson systems, taking Tr(φ_aφ_bφ_c) type vertices and a common 1-8 mixing angle for the L=1 mesons determined from the linear mass difference equations discussed in II. The calculated results as well as comparisons of them with available data will be discussed in detail.

• 1966-06-25

著者

• IIZUKA Jugoro

  Department of Physics, College of Liberal Arts Kanazawa University

• OKADA Kunihiko

  Department of Physics Faculty of Science Kanazawa University

• SHITO Okiyasu

  Department of Physics Faculty of Science Kanazawa University

• Iizuka Jugoro

  Department Of Physics College Of Liberal Arts Kanazawa University

• 市東 興安

  日大生工

• 市東 興安

  日大理工一般物理

• Okada Kunihiko

  Department Of Pathology And Biology Of Diseases Graduate School Of Medicine Kyoto University

• Iizuka J.

  Department of Physics, College of Liberal Arts Kanazawa University

• Iizuka J.

  Department of Physics College of Liberal Arts Kanazawa University

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