Multilayer fiber interfaces for improved environmental resistance and slip in carbon fiber reinforced composites

Multilayer fiber interfaces for improved environmental resistance and slip in carbon fiber reinforced composites

Ultraviolet-enhanced chemical vapor deposition (UVCVD) has been developed to lower the required substrate temperature thereby allowing for the application of metal oxide-based coatings to carbon and ceramic fibers without causing significant fiber damage. An effort to expand this capability to other...

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Veröffentlicht in:Scientific and technical aerospace reports 2004-03, Vol.42 (5)
Hauptverfasser: Babcock, Jason R, Ramachandran, Gautham, Williams, Brian E, Effinger, Michael R
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creator Babcock, Jason R
Ramachandran, Gautham
Williams, Brian E
Effinger, Michael R
description Ultraviolet-enhanced chemical vapor deposition (UVCVD) has been developed to lower the required substrate temperature thereby allowing for the application of metal oxide-based coatings to carbon and ceramic fibers without causing significant fiber damage. An effort to expand this capability to other ceramic phases chosen to maximize oxidation protection in the likely event of matrix cracking and minimize possible reaction between the coating and fiber during long-term high temperature use will be presented along with studies aimed at the demonstration of these and other benefits for the next-generation interface coating systems being developed herein.
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source US Government Documents; Alma/SFX Local Collection
title Multilayer fiber interfaces for improved environmental resistance and slip in carbon fiber reinforced composites
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