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Dive into the research topics where Michael A. DeCrescente is active.

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Featured researches published by Michael A. DeCrescente.


Corrosion | 1970

The Role of Sodium and Sulfur in the Accelerated Oxidation Phenomena–Sulfidation

Norman S. Bornstein; Michael A. DeCrescente

Abstract The oxidation kinetics at 900 C (1652 F) of a sulfur impregnated, a Ni-Ni3S2 eutectic coated, and a NaNO3 coated nickel base alloy were studied. It was determined that Na2O/substrate interactions are more influential than sulfur/substrate interactions on the accelerated oxidation phenomena, sulfidation.


Corrosion | 1972

Interaction Between Vanadium in Gas Turbine Fuels and Sulfidation Attack

Norman S. Bornstein; Michael A. DeCrescente; Hilton A. Roth

Abstract The relationship between vanadium present in fuels, alkali salts present in the intake air and/or fuel, and the accelerated oxidation phenomena called sulfidation attack was investigated. ...


Archive | 1977

Plasma sprayed MCrAlY coating and coating method

Francis J. Wallace; Norman S. Bornstein; Michael A. DeCrescente


Archive | 1994

Method for removing sulfur from superalloy articles to improve their oxidation resistance

William P Allen; Norman S. Bornstein; Stephen Chin; Michael A. DeCrescente; David N. Duhl; Donald R. Parille; Roscoe A. Pike; John G. Smeggil


Archive | 1987

Oxidation resistant superalloys containing low sulfur levels

Michael A. DeCrescente; Norman S. Bornstein; John G. Smeggil


Archive | 1977

Method for forming a single-phase nickel aluminide coating on a nickel-base superalloy substrate

Norman S. Bornstein; Michael A. DeCrescente


Archive | 1990

Thermal fatigue resistant coatings

Norman S. Bornstein; Michael A. DeCrescente


Archive | 1971

Effect of Vanadium and Sodium Compounds on Accelerated Oxidation of Nickel-Base Alloys.

Norman S. Bornstein; Michael A. DeCrescente; Hilton A. Roth


Archive | 1969

Prevention of hot corrosion in gas turbine engines

Norman S. Bornstein; Michael A. DeCrescente


Archive | 1994

Entschwefelungsverfahren zur verbesserung der oxydationsbeständigkeit von werkstücken aus superlegierung

William P Allen; Norman S. Bornstein; Stephen Chin; Michael A. DeCrescente; David N. Duhl; Donald R. Parille; Roscoe A. Pike; John G. Smeggil

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