:a pathway from elementary physics to nonequilibrium green functions
/ Carlo Jacoboni
Heidelberg ;New York
: Springer,
, c2010.
xxvi, 588 p. , ill. (some col.) , 24 cm.
(Springer series in solid-state sciences,0171-1873
; 165)
Electronic
Includes bibliographical references and index.
Pt. I. Basic concepts in semiconductor physics: 1. Survey of classical physics ; 2. Fundamentals of quantum mechanics ; 3. Fundamentals of statistical physics ; 4. Crystal structures ; 5. Phonons ; 6. Bloch states and band theory ; 7. Effective-mass theorems, envelope function, and semiclassical dynamics ; 8. Semiconductors -- Pt. II. Semiclassical transport in bulk semiconductors: 9. Electronic interactions ; 10. Botzmann equation ; 11. Linear transport ; 12. Diffusion, fluctuations, and noise ; 13. Nonlinear transport ; 14. Monte Carlo simulation of bulk electron transport ; 15. Bulk transport properties of main semiconductors -- Pt. III. Quantum transport in bulk semiconductors: 16. Quantum transport in homogeneous systems ; 17. Wigner-function approach to quantum transport -- Pt. IV. Transport in semiconductor structures: 18. Inhomogeneous and open