Substrate Effect on the High-Temperature OxidationBehavior of a Pt-Modified Aluminide Coating.Part I: Influence of the Initial Chemical Compositionof the Coating SurfaceNadia Vialas* and Daniel Monceau*?Received June 15, 2005; revised: May 4, 2006The effect of substrate composition on the oxidation behavior of the industrialNiPtAl coating RT22TMwas investigated by studying the isothermal andcyclic-oxidation behavior of this coating deposited on three different Ni-basesuperalloys (CMSX-4TM, SCBTMand IN792TM)...

ORIGINAL PAPERSubstrate Effect on the High Temperature OxidationBehavior of a Pt-modified Aluminide Coating. Part II:Long-term Cyclic-oxidation Tests at 1,050 ? ?CNadia Vialas Daniel MonceauReceived: 13 June 2005/Revised: 11 July 2007/Published online: 14 September 2007? Springer Science+Business Media, LLC 2007Abstract This second part of a two-part study is devoted to the effect of thesubstrate on the long-term, cyclic-oxidation behavior at 1,050 ?C of RT22 industrialcoating deposited on three Ni-ba...

ORIGINAL PAPERSubstrate Effect on the High Temperature OxidationBehavior of a Pt-modif i ed Aluminide Coating. Part II:Long-term Cyclic-oxidation Tests at 1,050 ? ?CNadia Vialas Daniel MonceauReceived: 13 June 2005/Revised: 11 July 2007/Published online: 14 September 2007? Springer Science+Business Media, LLC 2007Abstract This second part of a two-part study is devoted to the effect of thesubstrate on the long-term, cyclic-oxidation behavior at 1,050 ?C of RT22 industrialcoating deposited on three Ni-...

Effect of Pt and Al content on the long-term, high temperature oxidation behavior

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Microstructure and high temperature oxidation behavior of Pt-modified aluminide bond coats

oxidation behavior of pd-modified aluminide coating at high temperature

Oxidation Behavior of Pd-Modified Aluminide Coating at High Temperature