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Basic Properties of Semiconductors
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Since Volume 1 was published in 1982, the centres of interest in the basic physics of semiconductors have shifted. Volume 1 was called 'Band Theory and Transport Properties' in the first edition, but the subject has broadened to such an extent that 'Basic Properties' is now a more suitable title.Seven chapters have been rewritten by the original authors. However, twelve chapters are essentially new, with the bulk of this work being devoted to important current topics which give this volume an almost encyclopaedic form.The first three chapters discuss various aspects of modern band theory and t...
Since Volume 1 was published in 1982, the centres of interest in the basic physics of semiconductors have shifted. Volume 1 was called 'Band Theory and Transport Properties' in the first edition, but the subject has broadened to such an extent that 'Basic Properties' is now a more suitable title.Seven chapters have been rewritten by the original authors. However, twelve chapters are essentially new, with the bulk of this work being devoted to important current topics which give this volume an almost encyclopaedic form.The first three chapters discuss various aspects of modern band theory and the next two analyze impurities in semiconductors. Then follow chapters on semiconductor statistics and on surfaces, interfaces and band offsets as they occur in heterojunctions. Chapters 8 to 19 report on newer topics (though a survey of transport properties of carriers is also included). Among these are transport of hot electrons, and thermoelectric effects including here and elsewhere properties of low-dimensional and mesoscopic structures. The electron-hole liquid, the quantum Hall effect, localisation, ballistic transport, coherence in superlattices, current ideas on tunnelling and on quantum confinement and scattering processes are also covered.
Table of contents:
1. Contemporary topics in band theory (M. Rasolt). 2. Chemical models of energy bands (J.C. Phillips). 3. Ab initio pseudopotentials and the structural properties of semiconductors (J.R. Chelikowsky, M.L. Cohen). 4. Deep and shallow impurities in semiconductors: Theoretical (M. Lannoo). 5. Impurities in semiconductors: Experimental (J.M. Baranowski, M. Grynberg). 6. Semiconductor statistics (P.T. Landsberg, O. Engström). 7. Surfaces and interfaces: Atomic-scale structure, band bending and band offsets (L.J. Brillson). 8. Nonlinear dynamics, phase transitions and chaos in semiconductors (E. Schöll). 9. Electron-hole liquid in semiconductors (A.A. Rogachev). 10. Dynamics and classical transport of carriers in semiconductors (L.M. Roth). 11. Conjugated polymer semiconductors: An introduction (E.M. Conwell, H.A. Mizes). 12. Electron tunneling in semiconductors (P.J. Price). 13. Quantum confinement and scattering processes (B.K. Ridley). 14. Classical transport and thermoelectric effects in low-dimensional and mesoscopic semiconductor structures (B.L. Gallagher, P.N. Butcher). 15. Coherence in III-V semiconductor superlattices (P. Voisin, G. Bastard). 16. From ballistic transport to localization (S.E. Ulloa, A. MacKinnon, E. Castaño and G. Kirczenow). 17. The quantum Hall effect (T. Chakraborty). 18. Hot-electron transport phenomena (D.K. Ferry). 19. Fundamental aspects of quantum transport theory (J.R. Barker). Author index. Subject index.
Table of contents:
1. Contemporary topics in band theory (M. Rasolt). 2. Chemical models of energy bands (J.C. Phillips). 3. Ab initio pseudopotentials and the structural properties of semiconductors (J.R. Chelikowsky, M.L. Cohen). 4. Deep and shallow impurities in semiconductors: Theoretical (M. Lannoo). 5. Impurities in semiconductors: Experimental (J.M. Baranowski, M. Grynberg). 6. Semiconductor statistics (P.T. Landsberg, O. Engström). 7. Surfaces and interfaces: Atomic-scale structure, band bending and band offsets (L.J. Brillson). 8. Nonlinear dynamics, phase transitions and chaos in semiconductors (E. Schöll). 9. Electron-hole liquid in semiconductors (A.A. Rogachev). 10. Dynamics and classical transport of carriers in semiconductors (L.M. Roth). 11. Conjugated polymer semiconductors: An introduction (E.M. Conwell, H.A. Mizes). 12. Electron tunneling in semiconductors (P.J. Price). 13. Quantum confinement and scattering processes (B.K. Ridley). 14. Classical transport and thermoelectric effects in low-dimensional and mesoscopic semiconductor structures (B.L. Gallagher, P.N. Butcher). 15. Coherence in III-V semiconductor superlattices (P. Voisin, G. Bastard). 16. From ballistic transport to localization (S.E. Ulloa, A. MacKinnon, E. Castaño and G. Kirczenow). 17. The quantum Hall effect (T. Chakraborty). 18. Hot-electron transport phenomena (D.K. Ferry). 19. Fundamental aspects of quantum transport theory (J.R. Barker). Author index. Subject index.