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Original Articles

Inhibition of Iron-Catalyzed Neopentyl Polyol Ester Thermal Degradation Through Passivation of the Active Metal Surface by Tricresyl Phosphate

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Pages 1-10 | Published online: 25 Mar 2008

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Read on this site (5)

E.G. Shafrin & J.S. Murday. (1978) Auger Compositional Analysis of Ball Bearing Steels Reacted with Tricresyl Phosphate. A S L E Transactions 21:4, pages 329-336.
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RobertL. Cottington, Harold Ravner & PaulJ. Sniegoski. (1971) Lubricants from Mixed Pentaerythritol Esters of 2-Ethylhexanoic and Isostearic Acids. A S L E Transactions 14:3, pages 163-169.
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E.E. Klaus, E.J. Tewksbury & S.S. Fietelson. (1970) Thermal Characteristics of Some Organic Esters. A S L E Transactions 13:1, pages 11-20.
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R.L. Cottington & H. Ravner. (1969) Interactions in Neopentyl Polyol Ester—Tricresyl Phosphate—Iron Systems at 500 F. A S L E Transactions 12:4, pages 280-286.
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Articles from other publishers (7)

Egheosa Ogbomo, Fakhrul H. Bhuiyan, Carlos Ayestarán Latorre, Ashlie Martini & James P. Ewen. (2024) Effects of surface chemistry on the mechanochemical decomposition of tricresyl phosphate. Physical Chemistry Chemical Physics.
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David W. Johnson. 2019. Aerospace Engineering. Aerospace Engineering.
David Johnson & John Hils. (2013) Phosphate Esters, Thiophosphate Esters and Metal Thiophosphates as Lubricant Additives. Lubricants 1:4, pages 132-148.
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Dan‐Ping Wei. (2006) Future directions of fundamental research in additive tribochemistry. Lubrication Science 7:3, pages 211-232.
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. 1990. Encyclopedia of Tribology. Encyclopedia of Tribology 381 448 .
Franco Arezzo & Richard L. Moore. (1987) Reactions between 52100 steel and tricresyl phosphate neat and mixed with hydrocarbon oil. Surface and Coatings Technology 33, pages 235-242.
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M. Tomaru, S. Hironaka & T. Sakurai. (1977) Effects of oxygen on the load-carrying action of some additives. Wear 41:1, pages 117-140.
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