Hydrodynamical Model of Multiparticle Production at Large Transverse Momentum

スポンサーリンク

概要

• 論文の詳細を見る

• The large transverse momentum phenomena in the central region can be understood by considering the hydrodynamical expansion of a "fireball" which is formed in the collision of hadrons. Thy hydrodynamical equation of the hadronic fluid with large transverse velocity is solved analytically in the central region under the appropriate boundary condition. For the case of the relativistic three-dimensional ideal fluid, the resultant particle spectrum EdN/d^3p at large transverse momentum has the form s^<3/4>p^<-8>_T which is consistent with the ISR data.

• 理論物理学刊行会の論文
• 1976-02-25

著者

• YOTSUYANAGI Ichiro

  Department of Physics, Kanazawa Medical University

• YOTSUYANAGI Ichirou

  Department of Physics, Kanazawa Medical University

• Yotsuyanagi Ichiro

  College Of Liberal Arts Kanazawa Medical University

• YOTSUYANAGI Ichiro

  College of Liberal Arts, Kanazawa Medical University

関連論文

• On a Phase with Spontaneously Broken Scale Invariance in Three Dimensional O(N) Models
• A Constraint from the Kallen-Lehmann Representation on the (φ^4)_4 Theory
• Scaling Hypothesis for the Rapidity Distributions and Information Theory
• Scaling in the Mean for the Semi-Inclusive Rapidity Distributions
• Hydrodynamical Model of Multiparticle Production at Large Transverse Momentum
• Bounds on Average Multiplicity and Transverse Momentum in High-Enenrgy Hadron Collision
• Energy Dependence of Average Multiplicity and Scaling-in-the-Mean

スポンサーリンク