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Since the first edition of this book, the field has developed rapidly, causing Nobel prizewinning author Sir Nevill Mott to rewrite this second edition extensively. It deals in an elementary way (as far as possible) with electrons in non-crystalline systems. It builds on the successful first edition by bringing up to date the theory of interactions in non-crystalline systems, introducing a revised discussion on the `minimum metallic conductivity', and addressing the relevance of disorder in the new high-temperature superconductors.
Introduction ; 1. Transport in liquid and amorphous metals ; 2. Short mean free path and Anderson localization ; 3. Heavily doped semiconductors ; 4. Effect of long-range interaction between electrons on the electrical properties of a Fermi glass ; 5. Polarons ; 6. Non-crystalline semiconductors ; 7. Liquid semiconductors and metal-insulator transitions in liquids ; 8. Vitreous silicon dioxide ; 9. Quasi-amorphous semiconductors ; 10. Two-dimensional problems ; 11. High temperature semiconductors ; References ; Subject index ; Author index
'This revision ensures that the work remains a valuable point of reference for specialists in disordered solids for many years to come.'Professor D, Weaire, Trinity College, Dublin, Contemporary Physics, 1993, volume 34, number 3