Detector effects in photothermal deflection experiments

We report on the theoretical analysis of a detector type influence on the normal deflection signal in photothermal experiments. Two cases are examined. In the first, the quadrant photodiode was considered as the detector; in the second the signal from the position detector, which measures the centra...

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Published in:Applied optics (2004) 2008-04, Vol.47 (10), p.1559-1566
Main Authors: Kobylińska, Dorota Korte, Bukowski, Roman J, Bodzenia, Jerzy, Kochowski, Stanisław, Kazmiercźak-Balata, Anna
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container_issue 10
container_start_page 1559
container_title Applied optics (2004)
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creator Kobylińska, Dorota Korte
Bukowski, Roman J
Bodzenia, Jerzy
Kochowski, Stanisław
Kazmiercźak-Balata, Anna
description We report on the theoretical analysis of a detector type influence on the normal deflection signal in photothermal experiments. Two cases are examined. In the first, the quadrant photodiode was considered as the detector; in the second the signal from the position detector, which measures the central moment displacement of the probe beam, was analyzed. Both analyses were carried out within the framework of the complex ray theory. The normal photodeflection signal was found to depend on the type of detector used in the photothermal deflection experiments for some parameters of its setup.
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title Detector effects in photothermal deflection experiments
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