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Notation Legend xv
Preface xix
The One-Dimensional Electron Gas 1 (14)
The Response Function of the 1 (7)
One-Dimensional Electron Gas
Instabilities in a One-Dimensional Electron 8 (5)
Gas: g-ology
Correlations and Fluctuations 13 (2)
Materials 15 (16)
Inorganic Linear Chain Compounds 18 (7)
Organic Linear Chain Compounds 25 (6)
The Charge Density Wave Transition and Ground 31 (40)
State: Mean Field Theory and Some Basic
Observations
The Kohn Anomaly and the Peierls 32 (18)
Transition: Mean Field Theory
Single Particle Transitions: Tunneling and 50 (5)
Coherence Factors
Experimental Evidences for the Charge 55 (16)
Density Wave Transition and Ground State
The Spin Density Wave Transition and Ground 71 (15)
State: Mean Field Theory and Some Basic
Observations
Mean Field Theory of the Spin Density Wave 72 (7)
Transition
Experimental Evidences for the Spin Density 79 (7)
Wave Transition and Ground State
Fluctuation Effects 86 (20)
Fluctuations in Quasi-One-Dimensional Metals 87 (14)
Charge Density Wave Fluctuations in K0.3MoO3 101(5)
Collective Excitations 106(30)
Ginzburg-Landau Theory of Charge Density 108(16)
Wave Excitations
Excitations of the Spin Density Wave Ground 124(3)
State
Experiments on Charge Density Waves: 127(5)
Neutron and Raman Scattering
Experiments on Spin Density Waves: AFMR and 132(4)
Magnetization
Commensurability and Near Commensurability 136(14)
Effects
Models of Commensurability Effects 137(10)
Experiments: Search for Commensurability 147(3)
Effects and Solitons
The Interaction Between Density Waves and 150(14)
Impurities
Theories of Density Wave-Impurity 151(7)
Interaction
Experimental Evidence for Finite 158(6)
Correlation Lengths
The Electrodynamics of Density Waves 164(18)
The Electrodynamics of Density Waves 165(9)
Frequency Dependent Conductivity of Charge 174(5)
Density Waves
Frequency Dependent Conductivity of Spin 179(3)
Density Waves
Nonlinear Transport 182(16)
Models of Density Wave Transport 183(9)
Experiments on the Nonlinear Dynamics of 192(6)
the Collective Modes
Current Oscillations and Interference Effects 198(46)
in Driven Charge Density Wave Condensates
(Reprinted in part from Progress in Low
Temperature Physics, vol. XII. Ed.: D.F.
Brewer, Elsevier Publishers, B.V. 1989).
Introduction 198(2)
Current Oscillations 200(12)
Interference Phenomena 212(27)
Conclusions 239(5)
References 244(8)
Some Books, Conference Proceedings, and Review 252(2)
Papers.
Index 254
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