Physics of hot electron transport in semiconductors / edited by C.S. Ting
Digitised Book 216.73.216.10 (0)
Information About
The present volume reviews analytical approaches developed since 1984 for treating various kinds of hot electron transport problems. The balance equation method, proposed in 1984 for the purpose of investigating steady state hot electron transport, has subsequently been extended to study thermal noise, time dependent transport, and other subjects relating to charge carriers in strong electric fields.
Additional Details
- Title
- Physics of hot electron transport in semiconductors / edited by C.S. Ting
- Subject
-
- Hot carriers
- Semiconductors
- Transport theory
- Publisher
-
- World Scientific,
- National Library Board Singapore,
- Contributors
-
- Ting, C. S. (Chin Sen)
- Digital Description
- application/pdf, ill.
- Table of Contents
-
- Preface -- Balance-equation approach to hot-carrier transport in semiconductors -- Recent developments in magnetotransport theory -- Effect of nonequilibrium phonons on the electron relaxation and transport -- Nonlinear transport of electrons under a strong high frequency electric field in semiconductors -- Nonequilibrium statistical operator in hot-electron transport theory -- Path integral study of polaron transport under high electric field -- Impurity resistivity under thermalized condition -- Nonequilibrium Green's function approach to dynamic properties of resonant-tunneling through double barrier structures.
- Copyright
-
- All Rights Reserved. National Library Board Singapore 2009.