强子原子理论基础原理/FUNDAMENTALS IN HADRONIC ATOM THEORY

书籍目录

Preface  Part I: Theoretical Background  1.Hadronic Atoms  An Overview  2.Extended Quantum Mechanical Framework  3.Coulomb Wave Functions  4.Coulomb Propagator and Scattering Operators  5.Two-Potential Scattering Formalism  6.Bound States and Low-Energy Scattering    6.1  Effective Range Approximation    6.2  Nuclear and Quasi-Nuclear Bound States  7.Atomic Spectrum    7.1  Real Nuclear Potentials    7.2  Complex Nuclear Potential      7.3  Small Shift Approximation (SSA)  8.Gamow States and Completeness Problem     8.1  Normalization of Gamow States    8.2  Completeness Problem  9.X-Ray Transition Rate  10.Computational Methods    10.1  The Matching Method     10.2  Variational Methods     10.3  Fredholm Integral Equation Method     10.4 Momentum Space Methods  11.Examples    11.1  Rank-One Separable Potential    11.2  Delta-Shell Potential    11.3  Square-Well Potential    11.4  Cut-off Coulomb Potential    11.5  Bound States in Extended-Charge Coulomb Potential  12.Chiral Theory Primer    12.1  Quantum Mechanics: Zero-Range Potential      12.2  Effective Field Theory Approach    12.3  Chiral Perturbation TheoryPart II: Comparison with Experiment  13.Two-Meson Atomic Bound States    13.1  Pionium    13.2  K~r Atom    13.3  Kaonium  14.Hadronic Hydrogen    14.1  Pionic Hydrogen    14.2  Kaonic Hydrogen     14.3  Antiprotonic Hydrogen  15.Hadronic Deuterium    15.1  Pionic Deuterium    15.2  Kaonic Deuterium    15.3  Antiprotonic Deuterium  16.Hadronic Atoms with     16.1  Hadron-Nucleus Effective Potential    16.2  Pionic Atoms    16.3 Kaonic Atoms  ……BibliographyIndex

作者简介

Hadronic atoms provide a unique laboratory for studying hadronic interactions essentially at threshold. This text is the first book-form exposition of hadronic atom theory with emphasis on recent developments, both theoretical and experimental. Since the underlying Hamiltonian is a non-self-adjoined operator, the theory goes beyond traditional quantum mechanics and this book covers topics that are often glossed over in standard texts on nuclear physics. The material contained here is intended for the advanced student and researcher in nuclear, atomic or elementary-particle physics. A good knowledge of quantum mechanics and familiarity with nuclear physics are presupposed.

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