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A platform for research: civil engineering, architecture and urbanism
THERMAL BARRIER MATERIAL EXHIBITING MANUFACTURABILITY, HIGH TOUGHNESS AND LOW THERMAL CONDUCTIVITY
A modified ternary Zr—Ta—Y oxide system is provided having a larger non-transformable, tetragonal phase that enables thermal barrier materials with improved properties of low thermal conductivity, higher sinter resistance, higher phase stability, and higher toughness to be created.
THERMAL BARRIER MATERIAL EXHIBITING MANUFACTURABILITY, HIGH TOUGHNESS AND LOW THERMAL CONDUCTIVITY
A modified ternary Zr—Ta—Y oxide system is provided having a larger non-transformable, tetragonal phase that enables thermal barrier materials with improved properties of low thermal conductivity, higher sinter resistance, higher phase stability, and higher toughness to be created.
THERMAL BARRIER MATERIAL EXHIBITING MANUFACTURABILITY, HIGH TOUGHNESS AND LOW THERMAL CONDUCTIVITY
O’CONNOR MOLLY MAUREEN (author) / CASTRONOVA ANDREIS PETER (author) / COOK RICHARD EUGENE (author) / HEIDLOFF ANDREW JAMES (author) / JAROSINSKI WILLIAM JOHN (author)
2024-05-30
Patent
Electronic Resource
English
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