スポンサーリンク
Department of Physics, Tokyo University of Education | 論文
- Zeeman Splitting of Nuclear Quadrupole Resonance in Paradibromobenzene
- Application of Path Integral Method to Heavy Ion Reactions. I : General Formalism
- Exchange Degeneracies in the Peripheral Orbit Model
- Approximation Method Based on Identities for Calculating Nuclear Matrix Elements. I : General Procedure
- Effect of Exchange Currents on Orbital g-Factor and E1 Sum Rule for Photoabsorption and Analogous Effect on Beta Decay
- Note on the Collision Matrix for the Nuclear Reactions, I
- Eikonal-Coupled Channels Formalism for Resonant Transfer Processes
- Thermodynamic and Electromagnetic Properties of Superconductors with Non-Magnetic Transition Element Impurities
- How to Construct Wave Equations When Mass Levels Are Known?
- On the Application of the Veneziano Amplitude to Electromagnetic Mass Differences of πand K Mesons
- Geometrical Indication of Dips in Diffraction Pattern
- Localized Magnetic States in Superconductor
- A Model for the Scattering Amplitudes and Its Application to ππ and πN Scattering
- Twisting Invariant Factorization in Dual Resonance Model. II : Duality in the General Diagram
- Fermi-Bose Similarity
- Comments on Quantum Field Theory of Tachyons
- Hydrodynamical Treatment of Multiple Meson Production in High Energy Nucleon-Nucleus Collisions
- Pionic Properties of Finite Nuclei
- One-Loop Diagrams of the Dual-Resonance Model in the Proper-Time Formulation
- Nonleptonic Hyperon Decay in the Quark Model