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- PTE_technique abstract "The Photothermoelectric (PTE) effect is based on the Seebeck effect but here the heating is achieved by absorbing light on the top of a thermoelectric (TE) material. Synonymous to PPE technique for thermal characterization of materials, PTE sensors can also be utilized for finding the thermal transport properties of materials.The particular advantage of such sensors stems from their wide temperature range of applicability since pyro materials are limited to its curie temperature. On the other hand, in order to obtain a useful signal from TE material, depends on its Seebeck coefficient, sufficiently large amount of heat has to be applied to the material. As far as now, Frequency domain PTE technique is in its preliminary stage for the thermal characterization of materials.".
- PTE_technique wikiPageID "38562486".
- PTE_technique wikiPageRevisionID "553501392".
- PTE_technique hasPhotoCollection PTE_technique.
- PTE_technique subject Category:Materials_testing.
- PTE_technique comment "The Photothermoelectric (PTE) effect is based on the Seebeck effect but here the heating is achieved by absorbing light on the top of a thermoelectric (TE) material. Synonymous to PPE technique for thermal characterization of materials, PTE sensors can also be utilized for finding the thermal transport properties of materials.The particular advantage of such sensors stems from their wide temperature range of applicability since pyro materials are limited to its curie temperature.".
- PTE_technique label "PTE technique".
- PTE_technique sameAs m.0r4wqr2.
- PTE_technique sameAs Q7120964.
- PTE_technique sameAs Q7120964.
- PTE_technique wasDerivedFrom PTE_technique?oldid=553501392.
- PTE_technique isPrimaryTopicOf PTE_technique.