Photoacoustic properties of single crystal PbTe(Ni)

Single crystals of PbTe(Ni) were investigated by the photoacoustic method. They were produced using the Bridgeman method. These crystals have a sodium chloride cubic lattice and could be cleaved paralel to the plane orientation (200). They were of the n-type. Phase and amplitude photoacoustic spectr...

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Main Authors: Luković D., Nikolić P.M., Vujatović S., Savić S., Urošević D.
Format: Article
Language:English
Published: International Institute for the Science of Sintering, Beograd 2007-01-01
Series:Science of Sintering
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0350-820X/2007/0350-820X0702161L.pdf
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author Luković D.
Nikolić P.M.
Vujatović S.
Savić S.
Urošević D.
author_facet Luković D.
Nikolić P.M.
Vujatović S.
Savić S.
Urošević D.
author_sort Luković D.
collection DOAJ
description Single crystals of PbTe(Ni) were investigated by the photoacoustic method. They were produced using the Bridgeman method. These crystals have a sodium chloride cubic lattice and could be cleaved paralel to the plane orientation (200). They were of the n-type. Phase and amplitude photoacoustic spectra were measured using a transmision detection configuration set-up. Photoacoustic (PA) spectra (single and normalized) were numerically analyzed using the Rosencwaig-Gersho model. Thermal diffusivity and some electron-transport parameters were determined. These results were compared with existing results for pure single crystal PbTe. Thermal difusivity of PbTe(Ni) is a bit higher than the thermal difusivity of pure PbTe. This is the consequence of a decreasing concentration of the majority free carriers in the doped alloy. .
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spelling doaj.art-dd8dc81aa9f94b89bdc1ab8366e403842022-12-21T20:40:13ZengInternational Institute for the Science of Sintering, BeogradScience of Sintering0350-820X2007-01-0139216116710.2298/SOS0702161LPhotoacoustic properties of single crystal PbTe(Ni)Luković D.Nikolić P.M.Vujatović S.Savić S.Urošević D.Single crystals of PbTe(Ni) were investigated by the photoacoustic method. They were produced using the Bridgeman method. These crystals have a sodium chloride cubic lattice and could be cleaved paralel to the plane orientation (200). They were of the n-type. Phase and amplitude photoacoustic spectra were measured using a transmision detection configuration set-up. Photoacoustic (PA) spectra (single and normalized) were numerically analyzed using the Rosencwaig-Gersho model. Thermal diffusivity and some electron-transport parameters were determined. These results were compared with existing results for pure single crystal PbTe. Thermal difusivity of PbTe(Ni) is a bit higher than the thermal difusivity of pure PbTe. This is the consequence of a decreasing concentration of the majority free carriers in the doped alloy. .http://www.doiserbia.nb.rs/img/doi/0350-820X/2007/0350-820X0702161L.pdfphotoacoustic methodthermal diffusivityminority free carrier mobility
spellingShingle Luković D.
Nikolić P.M.
Vujatović S.
Savić S.
Urošević D.
Photoacoustic properties of single crystal PbTe(Ni)
Science of Sintering
photoacoustic method
thermal diffusivity
minority free carrier mobility
title Photoacoustic properties of single crystal PbTe(Ni)
title_full Photoacoustic properties of single crystal PbTe(Ni)
title_fullStr Photoacoustic properties of single crystal PbTe(Ni)
title_full_unstemmed Photoacoustic properties of single crystal PbTe(Ni)
title_short Photoacoustic properties of single crystal PbTe(Ni)
title_sort photoacoustic properties of single crystal pbte ni
topic photoacoustic method
thermal diffusivity
minority free carrier mobility
url http://www.doiserbia.nb.rs/img/doi/0350-820X/2007/0350-820X0702161L.pdf
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AT nikolicpm photoacousticpropertiesofsinglecrystalpbteni
AT vujatovics photoacousticpropertiesofsinglecrystalpbteni
AT savics photoacousticpropertiesofsinglecrystalpbteni
AT urosevicd photoacousticpropertiesofsinglecrystalpbteni