1978
DOI: 10.1016/0038-1101(78)90112-0
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Carrier distribution function in semiconductors

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Cited by 20 publications
(3 citation statements)
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“…Low-field asymptotic analytical solutions include those of Chin et al [147], Shur et al [150], and Look et al [210]. Higher-field approximate analytical solutions include those of Das and Ferry [3], Ferry [10], Conwell and Vassel [211], Sandborn et al [212], and Zukotynski and Howlett [213]. Numerical techniques, that solve the Boltzmann transport equation directly, have also been developed.…”
Section: Electron Transport In the Continuum Limitmentioning
confidence: 97%
“…Low-field asymptotic analytical solutions include those of Chin et al [147], Shur et al [150], and Look et al [210]. Higher-field approximate analytical solutions include those of Das and Ferry [3], Ferry [10], Conwell and Vassel [211], Sandborn et al [212], and Zukotynski and Howlett [213]. Numerical techniques, that solve the Boltzmann transport equation directly, have also been developed.…”
Section: Electron Transport In the Continuum Limitmentioning
confidence: 97%
“…Low-field asymptotic analytical solutions include those of Chin et al [100], Shur et al [101], and Look et al [102]. Higher-field approximate analytical solutions include those of Ferry [1], Das and Ferry [2], Conwell and Vassel [103], Sandborn et al [104], and Zukotynski and Howlett [105]. Numerical techniques, that solve the Boltzmann transport equation directly, have also been developed.…”
Section: Electron Transport In the Continuum Limit: The Boltzmann Transport Equationmentioning
confidence: 99%
“…which controls the sensitivity characteristics. However, the humidity sensor reported by other authors [13][14][15][16] mainly shows the characteristic in which the capacitance increases slowly with relative humidity (RH) rising up to 40%-50% and then just shows a sharp increase. This type of sensor suffers from insufficient sensitivity over a wide humidity range and could not satisfy the demands of their applications at low humidity.…”
Section: Introductionmentioning
confidence: 99%