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- W2069438325 abstract "The correlation observed in CdTe between microscopic defects and the infrared absorption at 10.6 μm is reported. The data were obtained from transmission electron microscopy, scanning electron microscopy, infrared and optical microscopy, spectrophotometry, and laser calorimetry. For chlorine and indium doped samples it was determined that increasing the concentrations of In2Te3 and CdCl2 precipitate platelets subsequently increases the 10.6 μm infrared absorption coefficient in CdTe. Isolated dislocations, dislocation networks, tellurium precipitates, vacancy loops, and stacking faults were also shown to exercise an important influence on infrared absorption. Localized regions of defect aggregations in many samples were found to be responsible for the macroscopicabsorption sites typically observed by infrared microscopy. The significant differences between the present data and previously reported macroscopic defect models are discussed. Es wird über den Zusammenhang zwischen mikroskopischen Fehlstellen und der 10,6 μm Infrarotabsorption in CdTe berichtet, der bei der Auswertung von Daten, gewonnen durch Transmissionselektronenmikroskopie, Rasterelektronenmikroskopie, Infrarot- und Lichtmikroskopie, Spektrophotometrie und Laserkalorimetrie, beobachtet wird. In Chlorund Indium-dotierten Proben ergibt sich, daß bei steigender Konzentration von In2Te3 und CdCl2 Ausscheidungslamellen anschließend den 10,6 μm-Infrarotabsorptionskoeffizienten in CdTe erhöhen; isolierte Versetzungen, Versetzungsnetzwerke, Tellurausscheidungen, Leerstellenringe und Stapelfehler haben ebenfalls einen wesentlichen Einfluß auf die Infrarotabsorption. In vielen Proben werden lokale Bereiche von Fehlstellenanhäufungen als Ursache für die in der Infrarotmikroskopie häufig beobachteten makroskopischen Absorptionsstellen gefunden. Die wesentlichen Unterschiede zwischen den gefundenen Ergebnissen und den vorher beschriebenen Fehlstellenmodellen werden diskutiert." @default.
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- W2069438325 title "Microscopic Defects and Infrared Absorption in Cadmium Telluride" @default.
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- W2069438325 doi "https://doi.org/10.1002/pssa.2210270226" @default.
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