Format: HTML | BibTeX | DC | EndNote | NLM | MARC | MARCXML
Published Article / I07/1985/P-259 ENY-ARTICLE-2008-103

Kinetic Model of Carrier Recombination in Solid Dielectric

Swistacz, B (Wroclaw University of Technology, Poland)


Abstract: In this paper the model of solid dielectric is presented, in which the space-charge is formed by free and trapped electrons, as well as by holes. Charge transport is described by means of the Gauss law, the continuity equation and the system of equations describing the contribution of electron localization and delocalization states in the generation-recombination processes. It is assumed that initial values of carrier concentration are equal to the values of equilibrium concentration Boundary values of free carriers concentration are established basing on mechanisms of carriers injection from metal into the dielectric. The influence of generation-recombination processes and of mechanisms of injection on the time-course of absorption current density are also determined, the latter being evaluated numerically.

Keyword(s): trapping ; space charge ; recombination
Note: Bulletin of the Polish Academy of Sciences. Technical Sciences. 1987 vol. 35, No 1/2, pp. 101-113

Fulltext :

Cited by: try citation search for ENY-ARTICLE-2008-103; I07/1985/P-259

Rekord stworzony 2008-03-22, ostatnia modyfikacja 2008-03-22

Podobne rekordy

Osoby, które oglądały tę stronę, oglądały również:
(889)  Impact of Distributed Generation on Electrical Power Network - Khan, U N - ENY-ARTICLE-2008-142
(872)  Zadania 1 Podstawy Elektrotechniki Automatyka i Robotyka - Hejke, I et al - ENY-TEACHING-2008-020
(863)  Proceedings of the Int. Conference "7th EEEIC International Workshop on Environment and Electrical Engineering" - Schwarz, H et al - ENY-PREPRINT-2008-008
(863)  Power Swing Phenomena and its Detection and Prevention - Khan, U N et al - ENY-ARTICLE-2008-140
(862)  Adaptacyjne sieci neuronowe w zastosowaniu do identyfikacji stanu układów elektrycznych - Kostyla, P - ENY-THESIS-2008-005

Oceń ten dokument:
Bądź pierwszy i oceń ten dokument.

Dyskusja nad tym dokumentem:
Rozpocznij dyskusję o tym dokumencie.