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Cross-section views of IBAD Cu-Cr multilayered coatings |
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Microbalance system for studying high-temperature oxidation and corrosion |
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Mass gain versus
time plot |
Mass gain versus
square root of time plot |
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Oxidation kinetics of uncoated and IBAD Cu-Cr coated GrCop-84 in air at 650°C |
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Atomic force
micrograph of the surface of IBAD multilayered Cu-15 weight percent
Cr coating |
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Cross-sectional
TEM micrograph of the multilayered Cu-15 weight percent Cr coating |
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Cross section of
IBAD multilayered Cu-15 weight percent Cr coated NARloy-Z after
oxidation exposure for 10 minutes in air at 650°C using scanning
electron microscopy, (a) 10,000X and (b) 20,000X. |
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Cross-sectional
TEM micrograph of IBAD multilayered Cu-15 weight percent Cr coating
after air exposure for 10 minutes at 650°C |
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Cross-sectional
TEM of multilayered Cu-Cr coating |
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Cross-sectional
TEM micrographs of Cu-Cr multilayers |
For more information about development of nanostructured Cu-Cr
coatings capabilities at SwRI or how you can contract with SwRI, please
contact Ken
Chiang, Ph.D., at
kchiang@swri.org or (210) 522-2308.
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Contact Information |
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Ken Chiang, Ph.D.
Development of Nanostructured Cu-Cr Coatings
(210) 522-2308
kchiang@swri.org |
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Related Terminology |
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high-temperature
materials
oxidation resistance
protective coating
hot corrosion
ion beam assisted
deposition
magnetron sputtering
nanostructured
coatings
hypersonic vehicle |
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Southwest Research Institute® (SwRI®), headquartered
in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied
engineering and physical sciences research and development organization with
12
technical divisions.
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