Abstract

A Raman imaging system has been used to investigate chemical and physical homogeneity in interstices of glass-reinforced composites. A protocol for monitoring chemical and physical spatial variations via multivariate statistics has been developed with the use of a simulated composite which provides a well-defined system of known chemical composition and curing conditions. Finally, a preliminary study of a "real world" glass-reinforced composite is presented.

Noncontact detection of Teflon inclusions in glass-fiber-reinforced polymer composites using terahertz imaging

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Glass flake reinforced composites as optical materials

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Image restoration for real-world under-display imaging

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