Efnisyfirlit

• COVER
• PREFACE
• CHAPTER 1: SOME DEFICIENCIES OF CLASSICAL PHYSICS
  • 1.1 REVIEW OF CLASSICAL PHYSICS
  • 1.2 DEFICIENCIES IN CLASSICAL CONCEPTS OF SPACE AND TIME
  • 1.3 DEFICIENCIES IN THE CLASSICAL THEORY OF PARTICLE STATISTICS
  • 1.4 THEORY, EXPERIMENT, LAW
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 2: THE SPECIAL THEORY OF RELATIVITY
  • 2.1 CLASSICAL RELATIVITY
  • 2.2 THE MICHELSON–MORLEY EXPERIMENT
  • 2.3 EINSTEIN’S POSTULATES
  • 2.4 CONSEQUENCES OF EINSTEIN’S POSTULATES
  • 2.5 THE LORENTZ TRANSFORMATION
  • 2.6 THE TWIN PARADOX
  • 2.7 RELATIVISTIC DYNAMICS
  • 2.8 CONSERVATION LAWS IN RELATIVISTIC DECAYS AND COLLISIONS
  • 2.9 EXPERIMENTAL TESTS OF SPECIAL RELATIVITY
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 3: THE PARTICLE-LIKE PROPERTIES OF ELECTROMAGNETIC RADIATION
  • 3.1 REVIEW OF ELECTROMAGNETIC WAVES
  • 3.2 THE PHOTOELECTRIC EFFECT
  • 3.3 THERMAL RADIATION
  • 3.4 THE COMPTON EFFECT
  • 3.5 OTHER PHOTON PROCESSES
  • 3.6 PARTICLES OR WAVES
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 4: THE WAVELIKE PROPERTIES OF PARTICLES
  • 4.1 DE BROGLIE’S HYPOTHESIS
  • 4.2 EXPERIMENTAL EVIDENCE FOR DE BROGLIE WAVES
  • 4.3 UNCERTAINTY RELATIONSHIPS FOR CLASSICAL WAVES
  • 4.4 HEISENBERG UNCERTAINTY RELATIONSHIPS
  • 4.5 WAVE PACKETS
  • 4.6 THE MOTION OF A WAVE PACKET
  • 4.7 PROBABILITY AND RANDOMNESS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 5: THE SCHRÖDINGER EQUATION
  • 5.1 BEHAVIOR OF A WAVE AT A BOUNDARY
  • 5.2 CONFINING A PARTICLE
  • 5.3 THE SCHRÖDINGER EQUATION
  • 5.4 APPLICATIONS OF THE SCHRÖDINGER EQUATION
  • 5.5 THE SIMPLE HARMONIC OSCILLATOR
  • 5.6 STEPS AND BARRIERS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 6: THE RUTHERFORD-BOHR MODEL OF THE ATOM
  • 6.1 BASIC PROPERTIES OF ATOMS
  • 6.2 SCATTERING EXPERIMENTS AND THE THOMSON MODEL
  • 6.3 THE RUTHERFORD NUCLEAR ATOM
  • 6.4 LINE SPECTRA
  • 6.5 THE BOHR MODEL
  • 6.6 THE FRANCK–HERTZ EXPERIMENT
  • *6.7 THE CORRESPONDENCE PRINCIPLE
  • 6.8 DEFICIENCIES OF THE BOHR MODEL
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 7: THE HYDROGEN ATOM IN WAVE MECHANICS
  • 7.1 A ONE-DIMENSIONAL ATOM
  • 7.2 ANGULAR MOMENTUM IN THE HYDROGEN ATOM
  • 7.3 THE HYDROGEN ATOM WAVE FUNCTIONS
  • 7.4 RADIAL PROBABILITY DENSITIES
  • 7.5 ANGULAR PROBABILITY DENSITIES
  • 7.6 INTRINSIC SPIN
  • 7.7 ENERGY LEVELS AND SPECTROSCOPIC NOTATION
  • *7.8 THE ZEEMAN EFFECT
  • *7.9 FINE STRUCTURE
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 8: MANY-ELECTRON ATOMS
  • 8.1 THE PAULI EXCLUSION PRINCIPLE
  • 8.2 ELECTRONIC STATES IN MANY-ELECTRON ATOMS
  • 8.3 OUTER ELECTRONS: SCREENING AND OPTICAL TRANSITIONS
  • 8.4 PROPERTIES OF THE ELEMENTS
  • 8.5 INNER ELECTRONS: ABSORPTION EDGES AND X RAYS
  • *8.6 ADDITION OF ANGULAR MOMENTA
  • 8.7 LASERS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 9: MOLECULAR STRUCTURE
  • 9.1 THE HYDROGEN MOLECULE
  • 9.2 COVALENT BONDING IN MOLECULES
  • 9.3 IONIC BONDING
  • 9.4 MOLECULAR VIBRATIONS
  • 9.5 MOLECULAR ROTATIONS
  • 9.6 MOLECULAR SPECTRA
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 10: STATISTICAL PHYSICS
  • 10.1 STATISTICAL ANALYSIS
  • 10.2 CLASSICAL AND QUANTUM STATISTICS
  • 10.3 THE DENSITY OF STATES
  • 10.4 THE MAXWELL–BOLTZMANN DISTRIBUTION
  • 10.5 QUANTUM STATISTICS
  • 10.6 APPLICATIONS OF BOSE–EINSTEIN STATISTICS
  • 10.7 APPLICATIONS OF FERMI–DIRAC STATISTICS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 11: SOLID-STATE PHYSICS
  • 11.1 CRYSTAL STRUCTURES
  • 11.2 THE HEAT CAPACITY OF SOLIDS
  • 11.3 ELECTRONS IN METALS
  • 11.4 BAND THEORY OF SOLIDS
  • 11.5 SUPERCONDUCTIVITY
  • 11.6 INTRINSIC AND IMPURITY SEMICONDUCTORS
  • 11.7 SEMICONDUCTOR DEVICES
  • 11.8 MAGNETIC MATERIALS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 12: NUCLEAR STRUCTURE AND RADIOACTIVITY
  • 12.1 NUCLEAR CONSTITUENTS
  • 12.2 NUCLEAR SIZES AND SHAPES
  • 12.3 NUCLEAR MASSES AND BINDING ENERGIES
  • 12.4 THE NUCLEAR FORCE
  • 12.5 QUANTUM STATES IN NUCLEI
  • 12.6 RADIOACTIVE DECAY
  • 12.7 ALPHA DECAY
  • 12.8 BETA DECAY
  • 12.9 GAMMA DECAY AND NUCLEAR EXCITED STATES
  • 12.10 NATURAL RADIOACTIVITY
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 13: NUCLEAR REACTIONS AND APPLICATIONS
  • 13.1 TYPES OF NUCLEAR REACTIONS
  • 13.2 RADIOISOTOPE PRODUCTION IN NUCLEAR REACTIONS
  • 13.3 LOW-ENERGY REACTION KINEMATICS
  • 13.4 FISSION
  • 13.5 FUSION
  • 13.6 NUCLEOSYNTHESIS
  • 13.7 APPLICATIONS OF NUCLEAR PHYSICS
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 14: ELEMENTARY PARTICLES
  • 14.1 THE FOUR BASIC FORCES
  • 14.2 CLASSIFYING PARTICLES
  • 14.3 CONSERVATION LAWS
  • 14.4 PARTICLE INTERACTIONS AND DECAYS
  • 14.5 ENERGY AND MOMENTUM IN PARTICLE DECAYS
  • 14.6 ENERGY AND MOMENTUM IN PARTICLE REACTIONS
  • 14.7 THE QUARK STRUCTURE OF MESONS AND BARYONS
  • 14.8 THE STANDARD MODEL
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• CHAPTER 15: COSMOLOGY: THE ORIGIN AND FATE OF THE UNIVERSE
  • 15.1 THE EXPANSION OF THE UNIVERSE
  • 15.2 THE COSMIC MICROWAVE BACKGROUND RADIATION
  • 15.3 DARK MATTER
  • 15.4 THE GENERAL THEORY OF RELATIVITY
  • 15.5 TESTS OF GENERAL RELATIVITY
  • 15.6 STELLAR EVOLUTION AND BLACK HOLES
  • 15.7 COSMOLOGY AND GENERAL RELATIVITY
  • 15.8 THE BIG BANG COSMOLOGY
  • 15.9 THE FORMATION OF NUCLEI AND ATOMS
  • 15.10 EXPERIMENTAL COSMOLOGY
  • CHAPTER SUMMARY
  • QUESTIONS
  • PROBLEMS
• APPENDIX A: CONSTANTS AND CONVERSION FACTORS*
• APPENDIX B: COMPLEX NUMBERS
• APPENDIX C: PERIODIC TABLE OF THE ELEMENTS
• APPENDIX D: TABLE OF ATOMIC MASSES
• APPENDIX E: SOME MILESTONES IN THE HISTORY OF MODERN PHYSICS
• ANSWERS TO ODD-NUMBERED PROBLEMS
• INDEX
• INDEX TO TABLES
• END USER LICENSE AGREEMENT

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