Geometric Generalization of the Quark Jet Model for Hadron-Hadron Collision and the Multiplicity Distribution of the Remnants System X in pp→ppX
スポンサーリンク
概要
- 論文の詳細を見る
We propose a generalization of the quark jet model based on the geometric picture for hadron-hadron collision. When applied to the process pp→ppX, the generalized model is found to be successful for description of the multiplicity distribution of the remaining mesonic system X. Especially the model reproduces the observed KNO scaling.
- 社団法人日本物理学会の論文
- 1993-05-15
著者
-
Hashimoto Noboru
Department of Orthodontics, Osaka Dental University
-
Hashimoto Noboru
Department Of General Education
-
Hashimoto N
Health Sci. Univ. Hokkaido Hokkaido
関連論文
- Relationship between craniofacial morphology and occlusal plane in adult males
- Applying random dot moire patterns to clinical orthodontics
- Enhanced micrometer caliper for analysis of plaster dental models
- Random Multiplicative Process Appearing in "Critical State" of Stochastic Many-Body System(General)
- Leading Particle Effect and Multiplicity Relations among Hadron and Lepton Induced Reactions in Quark Jet Model
- Geometric Bremsstrahlung Model for Leading Proton Spectrum and Associated Multiplicity Distributions in High Energy P-P Collisions
- KNO Scaling Violations in the Geometric Quark Jet Model
- Leading Particle Effect in Fragmentation of Diffractively Excited States
- A Possible Interpretation of the - Correlation in the Constituent Hydrodynamical Model : Particles and Fields
- Geometric Generalization of the Quark Jet Model for Hadron-Hadron Collision and the Multiplicity Distribution of the Remnants System X in pp→ppX
- Finite-Energy Sum Rules and Evidence for Rapid Rise of πp and pp Total Gross Sections
- Morphological Study of Maxillary Protrusion in Japanese Females with X-Cephalometry
- A Geometric Bremsstrahlung Model with "Random Walk" Picture for Leading Particle
- Quark Jet Model Study of Forward and Backward Multiplicities in νp and νp Interactions