Layered metal-insulator-semiconductor microstructures have become an important research topic in semiconductor microelectronics, especially in the development of devices that can directly utilize phenomena occurring at or near the semiconductor surface. This monograph provides a survey of the diverse experimental and theoretical results for electron and hole transport in surface and subsurface regions of semiconductors, with an emphasis on the mechanisms involved and special measurement procedures necessary, for example in Hall current measurements. This English edition has been substantially revised and updated from the original Russian work for the benefit of the intended audience of physicists and electronics engineers working in semiconductor microstructures and low-dimensional semiconductor physics.
'for those researching smaller devices and new surface effects, it will be a valuable source book ... Ideas are clearly explained, and there is a plentiful supply of references for those wanting to go deeper into particular points, The book can be highly recommended for those working in the field.'
David Northrop, International Journal of Electrical Engineering Education, Volume 29, Number 4,
'the book is a useful addition to those currently available in summarizing information which is important, although not fully relevant to much contemporary research'
Professor M. Pepper, Toshiba Cambridge Research Centre Ltd, Contemporary Physics, Volume 33, Number 3, 1992
1: Electrostatic interaction between different parts of an MIS structure and its influence on charge carrier transport
2: Hall effect and magnetoresistance
3: Effects caused by Lorentz force acting normal to the surface
4: Energy quantization and electron and hole transport in surface channels
5: Two-dimensional excitons and non-equilibrium plasma
6: Surface region parameters for low charge carrier densities
Series: Series on Semiconductor Science and Technology
Number Of Pages: 232
Published: 26th September 1991
Publisher: Oxford University Press
Country of Publication: GB
Dimensions (cm): 23.8 x 16.2
Weight (kg): 0.54