Microscopic Study of the Dependence of the Light Ion Potential on the Projectile Mass Number : Nuclear Physics
スポンサーリンク
概要
- 論文の詳細を見る
The volume integrals per nucleon pair of the microscopic light-ion potentials derived by the resonating group method show a quite characteristic dependence on the light-ion mass number. This mass-number dependence shows good semi-quantitative correspondence with the observed mass-number dependence of the real part of the light-ion optical potential. The mechanism which generates this mass-number dependence is investigated in detail in analytical and numerical ways and is attributed to the defect of the mutual interaction energy of the projectile nucleons caused by the Pauli exclusion exerted by the target nucleons.
- 理論物理学刊行会の論文
- 1985-05-25
著者
関連論文
- Semi-Classical Quantization for Multi-Dimensional Coupled-Channel Equation : General and Mathematical Physics
- Ejectile Polarization and Nuclear Orbitals
- Fragment Mass Distribution in Intermediate Energy Heavy-Ion Collisions and the Reaction Time Scale : Nuclear Physics
- Antisymmetrized Version of Molecular Dynamics with Two-Nucleon Collisions and Its Application to Heavy Ion Reactions : Nuclear Physics
- Near- and Far-Side Contributions to Ejectile Polarization : Nuclear Physics
- Quantum Molecular Dynamics Study of Heavy Ion Reaction Mechanisms (原子核集団ダイナミックスの新動向)
- Microscopic Derivation of the Nucleus-Nucleus Potential by the Use of the Density-Dependent Effective Interaction
- Cranked Cluster Wave Function for Molecular States : Nuclear Physics
- WKB Treatment of Boson Hamiltonian of Inter-Nucleus Interaction
- Microscopic Study of the α-^O Interaction on the Basis of the Realistic Effective Interaction
- Microscopic Study of the Nucleus-Nucleus Interaction on the Basis of the Realistic Effective Interaction. II : Physical Consideration on the Effective Interaction and Comparison with Experiments in the α-α System : Nuclear Physics
- Microscopic Study of the Nucleus-Nucleus Interaction on the Basis of the Realistic Effective Interaction. I : Formulation : Nuclear Physics
- A Semi-Classical Treatment of the Coupled Channel Equation with Non-Local Interaction. II : Equivalent Local Potentials to Be Used in the Coupled Channel Treatment : Nuclear Physics
- A Semi-Classical Treatment of the Coupled Channel Equation with Non-Local Interaction. III : Perey Effect and Flux Conservation : Nuclear Physics
- New Treatment of Resonances with a Bound State Approximation Using a Pseudo-Potential(Nuclear Physics)
- Description of ^8Be as Deformed Gas-Like Two-Alpha-Particle States
- Explicit Treatment of the Tensor Force with the Method of Antisymmetrized Molecular Dynamics(Nuclear Physics)
- New Constraint of Clustering for AMD and Its Application to the Study of the 2α-^C Structure of ^Ne(Nuclear Physics)
- Many-Particle and Many-Hole States in Neutron-Rich Ne Isotopes Related to Broken N = 20 Shell Closure(Nuclear Physics)
- The Study of Deeply Bound Kaonic Nuclei with Antisymmetrized Molecular Dynamics
- The Study of Deeply Bound Kaonic Nuclei with Antisymmetrized Molecular Dynamics
- Breaking of the Neutron Magic Number N=20 in ^Mg and ^Ne and Its Possible Relation to the Cluster Structure
- Deformation and Clustering in Even-Z Nuclei Up to Mg Studied Using AMD with the Gogny Force
- Study of Even-Z Nuclei Up to Mg with the Gogny Force Using AMD
- Structure of Light Unstable Nuclei Studied with Antisymmetrized Molecular Dynamics
- Adiabatic Viewpoint for the WKB Treatment of Coupled Channel System : Appearance of the Berry Phase and Another Extra Phase Accompanying the Adiabatic Motion : Nuclear Physics
- Effect of the Nucleus-Nucleus Potential on the High Energy Photon Production in the Intermediate Energy Heavy Ion Collision : Nuclear Physics
- Microscopic Analysis of Inelastic Coupling Potential Based on the Coupled Channel Resonating Group Method. I : Formulation and Study of ^6Li-α System : Nuclear Physics
- A Molecule-like Structure in Atomic Nuclei of ^O^ and ^Ne
- Pauli-Forbiddenn Region in the Phase-Space of Coupled-Channel System in the Framework of the Time-Dependent Variational Theory
- A Semi-Classical Treatment of the Coupled Channel Equation with Non-Local Interaction. I : Nuclear Physics
- Microscopic Derivation of the Spin-Orbit Potential of Mass-Three Nucleus : Nuclear Physics
- Quantum Molecular Dynamics Study of Deep-Inelastic Collision (原子核集団ダイナミックスの新動向)
- Study of the Clustering Structure of ^B by the Use of Fragmentation Reaction : Nuclear Physics
- Clustering in Neutron-Rich Nuclear Matter in Low-Density Region
- Clustering in Neutron-Rich Nuclear Matter in Low-Density Region
- Capter I Introduction to Comprehensive Nuclear Structure Study Based on Cluster Correlations and Molecular Viewpoint
- 2.4 Study of Resonance States of ^C by Using the Wave Function of Alpha-Cluster Condensed State
- Cluster-Model Study of the T=1 States in A=4 System : ^3He+p Scattering
- Structure of the Second 0^+ State of ^4He
- Generator Coordinate Theory of Normalization Kernels of Cluster Systems. III : Application of Double Gel'fand Polynomials to General Cluster Systems
- Multi-Cluster Allowed States and Spectroscopic Amplitude of Cluster Transfer
- Chapter III Kernels of GCM, RGM and OCM and Their Calculational Methods
- Capter II Comprehensive Study of Alpha-Nuclei
- Structure of Intrinsic States of K^π=0^+ Bands in ^Ne : Study of Transient Character
- The Systematic Structure-Change into the Molecule-like Structures in the Self-Conjugate 4n Nuclei
- Structure of Light Nuclei Studied with AMD and Extended AMD(Microscopic Cluster Models of Light Nuclei and Related Topics)
- Clustering in Yrast States of ^Ne Studied with Antisymmetrized Molecular Dynamics
- Study of ^O- ^O Potential by the Resonating Group Method. I : Nulcear Physics
- Microscopic Study of the Dependence of the Light Ion Potential on the Projectile Mass Number : Nuclear Physics
- One-Dimensional Model of Nucleus-Nucleus Collision with Zero-Range Force.II : Comparison of Exact Scattering Amplitudes with Approximate Ones by TDHF Method : Nuclear Physics
- Effect of Coulomb Force on the Volume Integral of Light-Ion Nuclear Potential
- Study of Local Inter-Nucleus Potential on the Basis of the Resonating Group Method. III : Parity-Dependence and Angular-Momentum-Dependence of the Inter-Nucleus Potential
- Generator Coordinate Theory of Normalization Kernels of Cluster Systems. II : Systems Described by Three Generator Coordinate Vectors Involving Complex Conjugate One(s)
- WKB Derivation of Equivalent Local Potentials from RGM Non-Local Potentials of the Systems of 0s-Shell-Nucleus+^O
- One-Dimensional Model of Nucleus-Nucleus Collision with Zero-Range Force : Exact Scattering Amplitude and Equivalent Local Potential : Nuclear Physics
- WKB Derivation of Equivalent Local Potentials from RGM Non-Local Potentials of the Systems of 0s-Shell-Nucleus+^4He
- Generator Coordinate Theory of Normalization Kernels of Cluster Systems. IV : Application of Double Gel'fand Polynomials to SU_4 Symmetry of Cluster Wave Functions
- Local Inter-Nucleus Potential and Pauli-Forbidden States
- Equivalent Local Potentials and Perey Factors for Various Kinds of Relative Wave Functions of RGM. II : Quantitative Investigation of the Foundation of the Orthogonality Condition Model : Nuclear Physics
- Study of Local Inter-Nucleus Potential on the Basis of the Resonating Group Method. IV : Comparison of Various Approaches to Calculate Inter-Nucleus Potential and Study of the Origins of Deep and Shallow Potentials
- Equivalent Local Potentials and Perey Factors for Various Kinds of Relative Wave Functions of RGM. I : Formulation
- Study of ^O - ^O Potential by the Resonating Group Method. II : Analyses of Constituent Components of the Exchange Potential between Heavy-Ion Nuclei : Nulcear Physics
- Study of He Isotopes with AMD+Hartree-Fock
- Generator Coordinate Theory of Normalization Kernels of Cluser Systems. I
- Generator Coordinate Theory of Allowed States of Many-Cluster Systems
- Study of Local Inter-Nucleus Potential on the Basis of the Resonating Group Method. II : Calculational Procedure and Study of the Systems of Os-Shell-Nucleus + ^O
- Breaking of the Magic Number N = 20 Studied with the New Version of AMD
- Breaking of the Magic Number N=20 Studied with the New Version of AMD
- Generator Coordinate Treatment of Composite Particle Reaction and Molecule-like Structures
- Equivalent Local Potentials for RGM Non-Local Potentials of the Systems of 0s-Shell-Nucleus+^Ca : WKB Derivation and Comparison with the Systems of 0s-Shell-Necleus+^O
- Study of Local Inter-Nucleus Potential on the Basis of the Resonating Group Method. I : General Discussion and Study of the α-α System
- Cluster-Structure Study of ^Ne by "(^O-α)+(^C-^8Be)" Coupled Channel Orthogonality Condition Model. I : A Formulation of CCOCM Involving Rearrangement Channels and Study of Low-Lying 0^+States
- A Study of the Perey Effect by the WKB Method
- Double Folding Potential for Inelastic Scattering Problem between Nuclei
- Study of the Abnormal Parity Ground State of ^Be with AMD+Hartree-Fock