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2012
In a high electric field, a population of electrons may be driven out of thermal equilibrium with the crystal lattice, hence becoming ‘hot’. In this chapter, the basic concepts of hot electron transport in semiconductors are introduced following a semiclassical approach. Scattering mechanisms pertinent to hot electron transport are described, including
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In a high electric field, a population of electrons may be driven out of thermal equilibrium with the crystal lattice, hence becoming ‘hot’. In this chapter, the basic concepts of hot electron transport in semiconductors are introduced following a semiclassical approach. Scattering mechanisms pertinent to hot electron transport are described, including
openaire +2 more sources
1998
Some years ago, van Wees et al. [1] and Wharam et al. [2] found that the conductance of electrons through a narrow channel is quantized in the unit of 2e 2/h, where e is the absolute value of the electronic charge and h is the Planck constant.
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Some years ago, van Wees et al. [1] and Wharam et al. [2] found that the conductance of electrons through a narrow channel is quantized in the unit of 2e 2/h, where e is the absolute value of the electronic charge and h is the Planck constant.
openaire +1 more source