Development of Refractive Index Matched Materials to Water
POSTER
Abstract
We discuss several options of materials that are refractive index-matched to water near room
temperature. They are fluorine-based polymers, some are commercially available, while we are
developing new formulas that offer more flexibility in their fabrication. Currently, materials
have been cast to a thickness of up to 5 mm and when primed show good adhesion to structural
components, such as BK7, fused quartz, and acrylic. Efforts on 3d printing of the polymers is
ongoing and will be reported. We will compare the efficacy of the cured polymer with the
thermoplastic material Mexflon.
temperature. They are fluorine-based polymers, some are commercially available, while we are
developing new formulas that offer more flexibility in their fabrication. Currently, materials
have been cast to a thickness of up to 5 mm and when primed show good adhesion to structural
components, such as BK7, fused quartz, and acrylic. Efforts on 3d printing of the polymers is
ongoing and will be reported. We will compare the efficacy of the cured polymer with the
thermoplastic material Mexflon.
Publication: Refractive‐index‐matched polymer for experimental fluid dynamics in water (Charles Fort, Phillipe M. Bardet. 2021)
Presenters
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Jack E Brown
The George Washington University
Authors
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Jack E Brown
The George Washington University
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Roberto Capanna
The George Washington University
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Charles Fort
George Washington University
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Philippe Bardet
George Washington University