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Preface to the First EditionPreface to the Second Edition1 Properties of the Normal State¢ñ£® Introduction¢ò£® Conduction Electron Transport¢ó£®Chemical Potential and Screening¢ô£® Electrical Conductivity¢õ£® Frequency Dependent Electrical ConductivityVI£® Electron-Phonon InteractionVII£® ResistivityVIII£® Thermal ConductivityIX£® Fermi Surface¢ú£® Energy Gap and Effective MassXI£® Electronic Specific HeatXII£® Phonon Specific HeatXIII£® Electromagnetic FieldsXIV£® Boundary ConditionsXV£® Magnetic SusceptibilityXVI£® Hall EffectFurther ReadingProblems2 Phenomenon of Superconductivity¢ñ£® Introduction¢ò£® Brief History¢ó£® ResistivityA£® Resistivity above TcB£® Resistivity AnisotropyC£® Anisotropy DeterminationD£® Sheet Resistance of FilmsResistance Quantum¢ô£® Zero ResistanceA£® Resistivity Drop at TcB£® Persistent Currents below Tc¡­¡­ 3 Classical Superconductors4 Thermodynamic Properties5 Magnetic Properties6 Ginzburg-Landau Theory7 BCS Theory8 Cuprate Crystallographic Structures9 Unconventional Superconductors10 Hubbard Models and Band StRUCTURE11 Type I Superconductivity and the Intermediate State12 Type ¢ò Superconductivity13 Irreversible Properties14 Magnetic Pentration Depth15 Energy Gap and Tunneling16 Transport Properties17 Spectroscopic Properties