Rearrangement Collision between Proton and Hydrogen Atom

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概要

• 論文の詳細を見る
• 理論物理学刊行会の論文
• 1967-03-25

著者

• MINOWA Hiroaki

  Department of Physics, Teikyo University of Technology

• Minowa Hiroaki

  Department Of Physics National College Of Technology

• MISHIMA Nobuhiko

  College of Science and Engineering Aoyama Gakuin University

• TAKAHASHI Yasutaro

  Department of Physics Science University of Tokyo

• ISHIZAWA Ryosho

  Department of Physics Science University of Tokyo

• IWAMURA Yoshihiko

  Department of Physics Science University of Tokyo

• KOH Seigo

  Department of Physics Science University of Tokyo

• Takahashi Yasutaro

  Department Of Physics Mcmaster University : Department Of Physics Science University Of Tokyo

関連論文

• Quantum Mechanics in Dynamical Systems with Supersymmetry on a Curved Space
• Operator Ordering in Quantization on the Sphere
• Rearrangement Collision between Proton and Hydrogen Atom
• ^Mg (d,p)^Mg Reactions at 3.1 and 3.5 MeV
• Composite Particle and Vertex Function in the Nonrelativistic Off-Shell Theory
• Role of the S-Wave Pion-Nucleon Interaction in Combined Pion Condensation
• Collective Mode of Nucleon System with π^0 Condensate
• Instability of Neutron Star Matter for Pion Condensation
• Comments on Pion Condensation
• Commutators in Supersymmetric CP_2^ Model : Particles and Fields
• On the Relation between the Separable Potential Model and the N/D Method
• Comment on Enhancements in the Reaction K^-d→π^-∧p
• A Unified Investigation of Enhancements in the Multi-Channel Problem by the D-Matrix Eigenvalue in the N/D Method
• On the Solution of the Form Factor in Coupled Multi-Channel Problem
• A Method of Solution to Muskhelishvili-Omnes Equation in Final-State Interaction Model
• The Polarization of Deuteron
• Note on the Four-Particle Scattering Theory
• The Photodisintegration of Deuteron at High Energy
• The Role of the Y_1^* Resonances in the K^^--Nucleus Reactions at Medium Energies
• Analysis of D(p,n)2p Reaction at 45.5 MeV with the Faddeev Formalism
• A Generalized Lovelace Equation in the Relativistic Faddeev Formalism. II
• Pion Scattering by the Nucleon with Breathing Surface : Nuclear Physics
• Four-Particle Scattering in Nonrelativistic Theory. II
• An Extension of the Faddeev Formalism to Composite-Particle Scattering

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