On the Universality and Regularities of the Deviation of Strong Interactions of Hadrons
スポンサーリンク
概要
- 論文の詳細を見る
The characteristics of the strong interactions of hadrons are investigated phenomenologically. It is shown that baryon-baryon-meson interactions have a certain kind of universality and regularity of the deviation if the interaction Hamiltonians are written down under an appropriate principle (namely, a suitable choice of the interaction type and the normalization of the coupling constant by the unit of length m^<-1>~(500 Mev)^<-1>~0.4y). Considering that baryons are the composite system of urbaryons and are represented by (L) where L is the total (internal) orbital angular momentum, then we can formulate the above mentioned characteristics as follows: (A) [numerical formula] (B) [numerical formula] where g, F(k^2) and k are coupling constant, form factor and the momentum of meson (in C. M. S. for the decay processes respectively. On the basis of these results, we remark on the baryon-excitation in the high energy nuclear reaction.
- 一般社団法人日本物理学会の論文
- 1967-01-25
著者
関連論文
- An Ansatz That F_3(x,Q^2) Displays Only the Form Factor Like Negative Scaling Violation
- A Parametrization for the Pattern of the Bjorken Scaling Violation Based on the Model of Quarks with Size and Excited States
- Large p_T-π^0 Spectra in Proton-Proton Collisions Based on the Model of Quarks with Size and Excited States
- Pattern of Scaling Violation and a New Physics with Mass Scale 8〜9 GeV
- Possible Structure of Hadronic Constituents and Expected Non-Scaling Behavior in Deep Inelastic Scattering
- Models of Bjorken Scaling Violation
- Scaling Violation in Neutrino Reaction Based on the Model of Quarks with Size and Excited States
- Radiation of Gluon with Expected Mass of 500 MeV and Expected Large Branching Ratio of ρ→ππ^0γ and B→ππ^0γ
- General Relations between Quark Mass Matrices and Kobayashi-Maskawa Mixing Matrices
- Empirically Consistent ``Calculable'' Quark Mass Matrices in the Approximately ``Flavour Democratic'' Basis
- Empirically Consistent 'Calculable' Quark Mass Matrices Leading to the Same CKM Phenomenology
- On a Composite Model for Hadronic Constituents
- Quark Mass Matrices Consistent with the KM Phenomenology : Progress Letters
- Quark Masses Consistent with the KM Phenomenology Based on the New 'Calculable' Quark Mass Matrix
- 1/N_ and Quark-Lepton Mass Hierarchies. II
- On the Universality of the Strong Interaction of Hadrons
- Which Is Most Compatible with the Matter Stability among SUSY GUTs Based on Quark・Leptons or Preons?
- A Subquark Model of Quarks and Leptons
- A Subquark Model of Quarks and Leptons.II
- Empirically Consistent `Calculable' Schemes of the Fritzsch-Plankl Type Quark Mass Matrices
- A Hypothesis of Hadronic Constituents with Size and Excited States and the Expected Pattern of Scaling Violation
- On the Structure of Hadrons
- Empirically Consistent `Calculable' Quark Mass Matrices Derived from the `Flavour Democratic' Basis
- On Generation Labels and Mass Matrices of Composite Quarks and Leptons
- Bjorken Scaling Violation, QCD and Models of Quarks with Substructure
- On the Structure of Baryons
- Asymptotically-Free Abelian Gauge Field Theories with Indefinite Metric
- Possible Structures of Quark-Lepton Mass Matrices
- Higgs Scalars and Light SU(2)_R Weak Bosons in an SO(10) Grand Unified Theory
- On Sub-Hadronic and Hadronic Dynamics
- 1/N_ and Quark-Lepton Mass Hierarchies
- A Systematics and Phenomenology of the Strong Interaction of Baryons
- A New Problem and the Possible Solution in the Technicoloured Preon Model
- Charge Exchange Current-Current Weak Interaction Acting Universally among Leptons and B-Matters
- Notes on Effective Potential for q^^-q-Condensation in QCD : Progress Letters
- Possible Structures of Hadronic Constituents and the Expected Patterns of Scaling Violation
- On the Universality and Regularities of the Deviation of Strong Interactions of Hadrons