Preface to the First Edition
Preface to the Second Edition
1 Properties of the Normal State
Ⅰ． Introduction
Ⅱ． Conduction Electron Transport
Ⅲ．Chemical Potential and Screening
Ⅳ． Electrical Conductivity
Ⅴ． Frequency Dependent Electrical Conductivity
VI． Electron-Phonon Interaction
VII． Resistivity
VIII． Thermal Conductivity
IX． Fermi Surface
Ⅹ． Energy Gap and Effective Mass
XI． Electronic Specific Heat
XII． Phonon Specific Heat
XIII． Electromagnetic Fields
XIV． Boundary Conditions
XV． Magnetic Susceptibility
XVI． Hall Effect
Further Reading
Problems
2 Phenomenon of Superconductivity
Ⅰ． Introduction
Ⅱ． Brief History
Ⅲ． Resistivity
A． Resistivity above Tc
B． Resistivity Anisotropy
C． Anisotropy Determination
D． Sheet Resistance of Films
Resistance Quantum
Ⅳ． Zero Resistance
A． Resistivity Drop at Tc
B． Persistent Currents below Tc
……
3 Classical Superconductors
4 Thermodynamic Properties
5 Magnetic Properties
6 Ginzburg-Landau Theory
7 BCS Theory
8 Cuprate Crystallographic Structures
9 Unconventional Superconductors
10 Hubbard Models and Band StRUCTURE
11 Type I Superconductivity and the Intermediate State
12 Type Ⅱ Superconductivity
13 Irreversible Properties
14 Magnetic Pentration Depth
15 Energy Gap and Tunneling
16 Transport Properties
17 Spectroscopic Properties
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