Chapter 3 A New Microscopic Method for Describing the Elementary Modes of Excitation in the Intrinsic Subspace : Dressed n-Quasiparticle Modes and Multi-Phonon Excitation
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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
- 1982-05-20
著者
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Kaneko Kazunari
Department Of Pediatrics Juntendo University School Of Medicine
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Sakata Fumihiko
Institute For Nuclear Study University Of Tokyo
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Sakata Fumihiko
Department Of Mathematical Sciences Ibaraki University
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Sakata Fumihiko
Institute For Nuclear Study The University Of Tokyo
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Kaneko K
Kyushu Sangyo Univ. Fukuoka Jpn
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Sakata F
Ibaraki Univ. Mito Jpn
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TAKADA Kenjiro
Department of Physics, Kyushu University
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Tazaki Shigeru
Department Of Applied Physics Fukuoka University
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Takada Kenjiro
Department Of Physics Kuushu University
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KANEKO Kunihiko
Institute of Physics, College of Arts and Sciences University of Tokyo
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KANEKO Kunihiko
Department of Pure and Applied Sciences, University of Tokyo
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KANEKO Kazunari
Department of Physics, Kyusyu University
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- Preface
- Chapter 7. Coupling between Collective and Intrinsic Modes of Excitation : Part IV. A Next Subject
- Chapter 1. Intrinsic and Collective Degrees of Freedom in Quasi-Spin Space : Part II. General Formulation of Theory
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- Work with Maskawa on Microscopic Theory of Nuclear Collective Motion(Commemorating the Nobel Prize Awarded to M. Kobayashi and T. Maskawa)
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- A Numerical Study on the Structure Change of Collective Motions
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- Quantum Nonlinear Resonance : Nuclear Physics
- Microscopic Description of Nuclear Collective Rotation by Means of the Self-Consistent Collective Coordinate Method : Occurrence Mechanism of Collective Rotation : Nuclear Physics
- Extraction of Dynamical Collective Subspace for Large-Amplitude Collective Motion : Application to Simple Solvable Model : Nuclear Physics
- Optimum Collective Submanifold in Resonant Cases by the Self-Consistent Collective-Coordinate Method for Large-Amplitude Collective Motion
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- Concept of Dynamical Collective Submanifold for Large-Amplitude Collective Motion in the TDHF Theory : Nuclear Physics
- Intrinsic Excitation Modes Compatible with Large-Amplitude Collective Motion in the TDHF Theory : Nuclear Physics
- Applicability of the Concept of "Optimal" Collective Submanifold Determined by the Self-Consistent Collective-Coordinate Method : Long-Time Behavior of Trajectories on "Optimal" Collective Submanifold : Nuclear Physics
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- Chapter 3 A New Microscopic Method for Describing the Elementary Modes of Excitation in the Intrinsic Subspace : Dressed n-Quasiparticle Modes and Multi-Phonon Excitation
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