Optical probe for high-temperature local void fraction determination

The optical response of a high-temperature and pressure-local void fraction device was optimized using a 2-D light ray tracing computer simulation. Snell's law, Beer's law for absorption, and Fresnel laws for reflection and refraction were included to simulate the optics associated with a...

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Published in:Applied optics (2004) 1982-03, Vol.21 (5), p.886-892
Main Authors: Vince, M A, Breed, H, Krycuk, G, Lahey, Jr, R T
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Language:English
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container_title Applied optics (2004)
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creator Vince, M A
Breed, H
Krycuk, G
Lahey, Jr, R T
description The optical response of a high-temperature and pressure-local void fraction device was optimized using a 2-D light ray tracing computer simulation. Snell's law, Beer's law for absorption, and Fresnel laws for reflection and refraction were included to simulate the optics associated with a diamond-tipped optical void probe. Based on an optimal design obtained from the computer simulation, an actual diamond-tipped optical void fraction device was constructed and tested at low pressure in air/water flows.
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title Optical probe for high-temperature local void fraction determination
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