TWO-CARRIER QUANTUM WELL TRANSPORT MODEL WITH APPLICATION TO SEMICONDUCTOR OPTICAL AMPLIFIERS

TWO-CARRIER QUANTUM WELL TRANSPORT MODEL WITH APPLICATION TO SEMICONDUCTOR OPTICAL AMPLIFIERS

For the design and optimisation of modern quantum well based opto-electronic devices, a numerical simulator is required. This paper describes such a simulator. It includes the carrier transport through the quantum wells as well as the optical gain and the propagation of a light flux. This simulator...

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Veröffentlicht in:Compel 1994-04, Vol.13 (4), p.693-702
Hauptverfasser: Pleumeekers, J.L., Mercier, T., Clérot, F., Mottet, S.
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container_title Compel
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creator Pleumeekers, J.L.
Mercier, T.
Clérot, F.
Mottet, S.
description For the design and optimisation of modern quantum well based opto-electronic devices, a numerical simulator is required. This paper describes such a simulator. It includes the carrier transport through the quantum wells as well as the optical gain and the propagation of a light flux. This simulator is then used for the simulation of multi quantum well semiconductor optical amplifiers.
doi_str_mv 10.1108/eb051887
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title TWO-CARRIER QUANTUM WELL TRANSPORT MODEL WITH APPLICATION TO SEMICONDUCTOR OPTICAL AMPLIFIERS
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