Initial and Final Radii of the Hadronic Fluid Produced in High Energy p-p and p^^--p Collisions
スポンサーリンク
概要
- 論文の詳細を見る
Solving approximate hydrodynamical equations for hadronic fluid created in high energy p-p or p^^--p collisions, we show that the initial radius of the fluid should be of the same order as that of proton, and that the energy dependence of the final radius is consistent with pion interferometric analysis.
- 理論物理学刊行会の論文
- 1989-08-25
著者
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Minaka Akira
Physics Department Faculty Of Education Kagoshima University
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KAGIYAMA Shigenori
Department of Physics, College of Liberal Arts, Kagoshima University
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Kagiyama S
Department Of Physics College Of Liberal Arts Kagoshima University
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Kagiyama Shigenori
Department Of Applied Physics Fukuoka University
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KAGIYAMA Shigenori
Institute of Physics, College of Liberal Arts, Kagoshima University
関連論文
- Dibaryon Condensation and the Compressible Bag Model
- Critical Behaviour of Hadronic Matter and Compressible Bag Model : Particles and Fields
- Initial temperature of the Hadronic Fluid in High Energy ρ-ρ and ρ-ρ Collisions
- Hydrodynamical Evolution of Quark-Gluon Fluid and the Effective Temperature : Particles and Fields
- Cylindrical Expansion and Hadronization of Quark-Gluon Fluid : Particles and Fields
- Initial and Final Radii of the Hadronic Fluid Produced in High Energy p-p and p^^--p Collisions
- Non-Dual Property of a Pion and Its Production Process
- Peripheral Resonance Production versus Kinematical Reflection and Non-Dual Property of a Pion Exchange
- Diffraction Dissociation, Final State Interaction and Quasi-Elastic Two-Body Processes
- Bagged Hadronic Matter
- Phase Transition of Second Kind in Hadronic Matter
- Hadron-Quark Phase Transition and Statistical Quark Bag Model
- Statistical Quark Bag Model and Light Hadrons
- A Scaling Function of e^+e^- Annihilation in Multiperipheral Fireball Model
- A Multi-Peripheral Fireball Model of e^+e^- Annihilation
- New Bound for Single and Double Diffraction Cross Sections in Identical Particle Collisions
- Superconductive Fireball Model on Large p_T Phenomena. I : Mass-Temperature Relation of Fireballs and Associated Multiplicity
- Superconductive Fireball Model on Large P_T Phenomena. III : Anomaly of the Specific Heat of a Superconductive Fireball
- Large P_T Spectrum as a Possible Signal for Quark Matter Formation
- Large Transverse Momentum and Statistical Structure of Fireball
- Two-Particle Correlation Based on Multiperipheral and Diffractive Production Mechanisms
- A Signal of Hydrodynamical Transverse Flow in High Energy Hadronic Collisions
- Diffraction Dissociation and the Final State Interaction
- Hadron Interferometry with Transversally Expanding Source : Progress Letters
- Two-Component Multiperipheral Cluster Model and Two-Particle Correlations
- Diffractive Two-Pion Photoproduction and Five-Body Duality
- Clustering Effect and the Triple Regge Analysis
- Representativc Interactions in Multiparticle Productions
- Single Particle Distribution in p-A and p^^--A Collisions
- Hadronic Chain Model for Soft Multiparticle Production : Particles and Fields
- Pomeron Structure and Multiple-Production Mechanisms
- Dibaryon Condensation and the Compressible Bag Model