Lubricant Additives: Chemistry and ApplicationsLeslie R. Rudnick CRC Press, 2003 M01 29 - 764 pages This text details the design of cost-effective, environmentally friendly lubricant additive technologies and components for the automotive, industrial, manufacturing, food, and aerospace industries. Presenting methods to improve the performance and stability of lubricants, protect metal surfaces against wear, and to control deposits and contaminant |
Contents
Chapter 1 Antioxidants | 1 |
Chapter 2 Zinc Dithiophosphates | 29 |
Chapter 3 Ashless PhosphorusContaining Lubricating Oil Additives | 45 |
Chapter 4 Detergents | 113 |
Chapter 5 Dispersants | 137 |
Chapter 6 Selection and Application of Solid Lubricants as Friction Modifiers | 171 |
Chapter 7 Organic Friction Modifiers | 203 |
Chapter 8 Ashless Antiwear and ExtremePressure Additives | 223 |
Chapter 16 Additives for Industrial Lubricant Applications | 429 |
Chapter 17 Additives for FoodGrade Lubricant Applications | 453 |
Chapter 18 Lubricant Additives for Magnetic Recording Disk Drives | 467 |
Chapter 19 Additives for Grease Applications | 513 |
TRENDS | 541 |
Lubrication for the Future | 541 |
Chapter 21 LongTerm Trends in Industrial Lubricant Additives | 557 |
Chapter 22 LongTerm Additive Trends in Aerospace Applications | 587 |
Chapter 9 Sulfur Carriers | 259 |
Chapter 10 Olefin Copolymer Viscosity Modifiers | 293 |
Chapter 11 Polymethacrylate Viscosity Modifiers | 329 |
Chapter 12 Tackiness and Antimisting Additives | 355 |
Chapter 13 Seal Swell Additives | 363 |
Chapter 14 Biocides as Lubricant Additives | 371 |
APPLICATIONS | 387 |
Chapter 15 Additives for Crankcase Lubricant Applications | 389 |
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Common terms and phrases
acid active additives alkyl amine amount antioxidants antiwear applications Association ASTM base oil basic bearing boundary lubrication carbon Chemical chemistry combination Company complex components composition compounds concentration containing Corporation corrosion depending deposits derivatives designed detergents diesel dispersants effective engine oil esters example Figure fluid formation formulation friction fuel function gear graphite grease Group higher hydraulic hydrocarbon improvers increase industrial inhibitors levels limited load lower lubricating oils Manufacturing materials measure mechanism metal mineral modifiers molecular weight molecules natural needed neutral olefins operating organic oxidation performance Petroleum phenol phosphate phosphorus polar polymer present pressure properties protection radical reaction reduce requirements Research result salts seal shear solid solubility specifications stability Standard Test Method structure sulfur surface synthetic Table Technology temperature thermal thickening tion Tribology typical U.S. Patent viscosity wear ZDDP zinc
References to this book
Synthetics, Mineral Oils, and Bio-Based Lubricants: Chemistry and Technology Leslie R. Rudnick No preview available - 2005 |
Molecular Modeling Techniques In Material Sciences, Volume 10 Jörg-Rüdiger Hill,Lalitha Subramanian,Amitesh Maiti No preview available - 2005 |