Hot Electrons in Semiconductors:Physics and Devices

Hot Electrons in Semiconductors:Physics and Devices（Series on Semiconductor Science and Technology）
物理学史

原价：

￥ 2138.67

售价：

优惠

平台大促低至8折优惠

发货周期：预计5-7周发货

作者

Balkan, N.

出版社

Oxford University Press

出版时间

1997年11月20日

装帧

精装

ＩＳＢＮ

9780198500582

复制

页码

528

开本

234x156mm

语种

英文

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暂无评分

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图书简介

Electrons in a semiconductor device pick up energy from the applied voltage or from the light that is incident on the device. They dissipate that energy by causing the semiconductor crystal lattice to vibrate more strongly. If the excess energy is given to the electrons at a faster rate than that lost to the lattice, however, the average energy and the temperature of the electrons increase very rapidly. They can become much hotter than the surrounding crystal lattice. When this happens, the electron motion in the device changes its character; current no longer increases linearly with the applied voltage; it may saturate or in some cases may even decrease with increasing voltage. Ohms law breaks down completely. How this happens, and the impact of the phenomenon on current research in semiconductors and on the electronic and optoelectronic technology is the subject matter of this book.

PART 1. INTRODUCTION AND OVERVIEW; 1. Hot electrons and related phenomena: a brief history - B K Ridley; 2. Milestones of hot electron research in semiconductors - Karl Hess; 3. Growth and fabrication of semiconductor devices for hot electron research - J J Harris and C T Foxon; 4. Optical spectroscopy as a tool in hot electron studies - Jagdeep Shah; PART 2. ELECTRON PHONON INTERACTIONS; 5. Energy and momentum relaxation of hot electrons by acoustic phonon emission - A J Kent; 6. Scattering of electrons by optical modes in bulk semiconductors and quantum wells - M Babiker and N Zakhleniuk; 7. Phonon emission and absorption by hot electrons in (-doped multiple layers in GaAs - M Asche; 8. Ultrafast spectroscopy of low dimensional structures - John F Ryan; 9. Impact phenomena and nonlinear spatio-temporal dynamics of hot electrons in semiconductors - Eckhard Scholl; 10. Non-equilibrium phonons and instabilities in quantum wells - N Balkan; PART 3. QUANTUM WELLS AND DOTS; 11. Carrier relaxation in 1-D and 0-D - C M Sotomayor Torres; 12. Energy and momentum relaxation of hot electrons in long quantum wires - Roberto Cingolani; 13. Electron phonon interactions in electron transfer devices and in quasi 1-D structures - Nabuhiko Sawaki; PART 4. HOT ELECTRON TUNNELLING; 14. Aspects of tunnelling phenomena in non-equilibrium transport - J R Barker; 15. Plasmon excitation effects in resonant tunnelling - L Eaves; 16. Hot electrons and space charge waves in superlattices - H T Grahn; PART 5. HOT ELECTRON DEVICES; 17. Hot electrons in semiconductor devices - Serge Luryi; 18. Mote Carlo simulation of hot electrons in semiconductor devices - C Jacoboni, A Abramo and R Brunetti; 19. Hot electron effects in quantum well lasers and the tunnelling injection laser - P K Bhattacharaya; 20. Electroluminescence by impact ionization of impurities in semiconductors - Gaetano Scamarcio and Frederico Capasso; 21. Hot electrons in n-i-p-i based devices - G H Dohler, J Heber, M Peter, S Eckl, S Malzer, A Forster and H Luth

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