Highly Conducting One-Dimensional Solids

1. Front Matter

   Pages i-xiii

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2. Introduction to Highly Conducting One-Dimensional Solids

   • A. J. Berlinsky

   Pages 1-16

3. X-Ray and Neutron Scattering from One-Dimensional Conductors

   • R. Comès, G. Shirane

   Pages 17-67

4. Charge-Density Wave Phenomena in One-Dimensional Metals: TTF-TCNQ and Related Organic Conductors

   • A. J. Heeger

   Pages 69-145

5. The Organic Metals (TSeF) _x (TTF)_{1 — x} -TCNQ—A Systematic Study

   • T. D. Schultz, R. A. Craven

   Pages 147-225

6. Perturbation Approach to Lattice Instabilities in Quasi-One-Dimensional Conductors

   • L. J. Sham

   Pages 227-245

7. Theory of the One-Dimensional Electron Gas

   • V. J. Emery

   Pages 247-303

8. The Prospects of Excitonic Superconductivity

   • H. Gutfreund, W. A. Little

   Pages 305-372

9. Recent Developments and Comments

   • John Bardeen

   Pages 373-404

10. Back Matter

    Pages 405-422

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Although the problem of a metal in one dimension has long been known to solid-state physicists, it was not until the synthesis of real one-dimensional or quasi-one-dimensional systems that this subject began to attract considerable attention. This has been due in part to the search for high­ temperature superconductivity and the possibility of reaching this goal with quasi-one-dimensional substances. A period of intense activity began in 1973 with the report of a measurement of an apparently divergent conduc­ tivity peak in TfF-TCNQ. Since then a great deal has been learned about quasi-one-dimensional conductors. The emphasis now has shifted from trying to find materials of very high conductivity to the many interesting problems of physics and chemistry involved. But many questions remain open and are still under active investigation. This book gives a review of the experimental as well as theoretical progress made in this field over the last years. All the chapters have been written by scientists who have established themselves as experts in theoreti­ cal and experimental solid-state physics. The book is intended to be of use both to students and researchers entering the field as well as to more advanced physicists. The wealth of ideas and information it contains ought to be useful to anyone interested in quasi-one-dimensional systems, organic solids, or the search for novel conduction and superconduction mechanisms. The editors are very grateful to the authors for their collaboration in this book.

• ESR
• band structure
• chemistry
• crystal
• electron
• experiment
• metals
• neutron diffraction
• nuclear magnetic resonance (NMR)
• phase transition
• scattering
• semiconductor
• solid-state physics
• superconductivity
• synthesis

• State University of Antwerp (RUCA and UIA), Antwerp, Belgium

  Jozef T. Devreese

• University of Liège, Liège, Belgium

  Roger P. Evrard

• State University of Antwerp (RUCA), Antwerp, Belgium

  Victor E. Doren

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