New and Simple Ways to Minimize Water Uptake and Hydrolytic Degradation in Cyanate Esters

Outline: Background: The Importance of Understanding Chemical Structure; Ways to Mitigate Water Issues: Methylation, ortho,para-coupling, Silica. 01 Jan 0001, 01 Jan 0001, Approved for Public Release; Distribution Unlimited For presentation at 36th High Temperature Polymer Laminates Workshop; Palm S...

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Bibliographic Details
Main Authors: Guenthner,Andrew J, Sahagun,Christopher M, Ford,Michael D, Lamison,Kevin R, Reams,Josiah T, Zavala,Jacob J, Redeker,Neil D, Harvey,Benjamin G, Mabry,Joseph M
Format: Report
Language:English
Subjects:
chemical degradation
cyanate esters
Cyanates
degradation
esters
HYDROLYSIS
Hydrophilic
lecy Nanocomposites
material degradation
METHYLATION
moisture content
monomers
Nanosilica
thermoset resins
THERMOSETTING PLASTICS
VITRIFICATION
water content
water exposure
Water Uptake
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Summary:Outline: Background: The Importance of Understanding Chemical Structure; Ways to Mitigate Water Issues: Methylation, ortho,para-coupling, Silica. 01 Jan 0001, 01 Jan 0001, Approved for Public Release; Distribution Unlimited For presentation at 36th High Temperature Polymer Laminates Workshop; Palm Springs, CA (27 January 2016) PA Case Number: 16025; Clearance Date: 1/19/2016. Prepared in collaboration with ERC