A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
MULTILAYER INTERFACE COATING WITH THERMALLY-GROWN OXIDE FOR IMPROVED DURABILITY
A coated fiber structure for use in a ceramic matrix composite comprises a fiber and a coating system applied to and circumscribing the fiber. The coating system comprises a first boron nitride layer, a silicon carbide layer extending coaxially with and in direct contact with the first boron nitride layer, a first thermally-grown oxide layer formed on the silicon carbide layer, and a second boron nitride layer extending coaxially with and in direct contact with the first thermally-grown oxide layer.
MULTILAYER INTERFACE COATING WITH THERMALLY-GROWN OXIDE FOR IMPROVED DURABILITY
A coated fiber structure for use in a ceramic matrix composite comprises a fiber and a coating system applied to and circumscribing the fiber. The coating system comprises a first boron nitride layer, a silicon carbide layer extending coaxially with and in direct contact with the first boron nitride layer, a first thermally-grown oxide layer formed on the silicon carbide layer, and a second boron nitride layer extending coaxially with and in direct contact with the first thermally-grown oxide layer.
MULTILAYER INTERFACE COATING WITH THERMALLY-GROWN OXIDE FOR IMPROVED DURABILITY
CALLAWAY EVAN B (author)
2024-01-18
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME
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