1989
DOI: 10.1051/rphysap:01989002402014300
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Analyse des conditions de croissance de GaxIn(1- x)As/InP par la méthode aux hydrures

Abstract: L'épitaxie de GaxIn(1-x)As/InP est étudiée en phase vapeur par la méthode aux hydrures. Deux séries d'expériences ont été effectuées respectivement, à haute température et basse température. Les résultats obtenus sont interprétés à partir d'une théorie cinétique qui prend en compte les réactions de déchloruration de la surface, le cracking de l'arsine et le non-équilibre entre les espèces As2 et As 4

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Cited by 8 publications
(1 citation statement)
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“…The growth of GaAs by HVPE involves gaseous chloride GaCl molecules synthesized inside the reactor by the use of an HCl flow reacting with a Ga metallic source, and arsine gas (AsH 3 ) which is completely decomposed into (As 2 , As 4 ) gaseous molecules when entering the hot wall reactor [20,21]. The global growth reaction for GaAs in an H 2 atmosphere is…”
Section: Methodsmentioning
confidence: 99%
“…The growth of GaAs by HVPE involves gaseous chloride GaCl molecules synthesized inside the reactor by the use of an HCl flow reacting with a Ga metallic source, and arsine gas (AsH 3 ) which is completely decomposed into (As 2 , As 4 ) gaseous molecules when entering the hot wall reactor [20,21]. The global growth reaction for GaAs in an H 2 atmosphere is…”
Section: Methodsmentioning
confidence: 99%