Lawrence B. Ebert

Chemistry of Engine Combustion Deposits (eBook, PDF)

• Format: PDF

Produktbeschreibung

On March 30, 1981, a symposium entitled "Chemistry of Engine Combustion Deposits" was held at the 181st American Chemical Society National Meeting in Atlanta, Georgia, under the sponsorship of the Petroleum Division. This book is an out growth of that symposium, including papers from all of the At 1 anta presentors, as we 11 as from others who were i nvi ted to contribute. Research on engine deposits has not been as "glamorous" as in the rel ated fossil fuel areas of petrol eum, coal, or oil shale, and publications in the field have been largely confined to combustion and automotive engineering journals. One objec tive of this book is to bring a large body of work on the chemistry of deposits into more general accessibility. We hope to make people more familiar with what deposits are, with what problems they cause, and with what present workers are doing to solve these problems. The creation of the book has involved many people. Patricia M. Vann of Plenum Publishing Corporation gave guidance in planning. We thank Claire Bromley, Ellen Gabriel, and Halina Markowski for the preparation of many of the Exxon contribu tions. Finally, we thank Joseph C. Scanlon for his useful advice and encouragement.

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Produktdetails

• Verlag: Springer US
• Seitenzahl: 379
• Erscheinungstermin: 6. Dezember 2012
• Englisch
• ISBN-13: 9781461324690
• Artikelnr.: 44172952

Inhaltsangabe

Chemistry of Engine Combustion Deposits: Literature Review.- Effects of Combustion Chamber Deposit Location and Composition.- Fuel-Related Factors Affecting Engine Octane Requirements.- On the Chemical Composition and Origin of Engine Deposits.- The Chemistry of Internal Combustion Engine Deposits I. Microanalysis, Thermogravimetric Analysis, and Infrared Spectroscopy.- The Chemistry of Internal Combustion Engine Deposits II. Extraction, Mass Spectroscopy and Nuclear Magnetic Resonance.- The Chemistry of Internal Combustion Engine Deposits III. 13C Nuclear Magnetic Resonance Employing 1H Cross-Polarization and Magic Angle Spinning.- Electron Spin Resonance Studies of Internal Combustion Engine Deposits.- The Effect of the Combustion Chamber Deposits on Octane Requirement Increase and Fuel Economy.- Modelling the Effect of Engine Deposit on Octane Requirements.- Deposit Formation by Diffusion of Flame Intermediates to a Cold Surface.- Jet Aircraft Fuel System Deposits.- Soot Reduction in Diesel Engines by Catalytic Effects.- Engine Deposits and the Determination of their Origin by Atomic Emission Spectrometry.- Evaluation of Engine Deposits in a Modified Single Cylinder Engine Test.- Effect of Fuel and Lubricant Composition on Engine Deposit Formation.- Reductive Chemistry of Aromatic Hydrocarbon Molecules.

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Chemistry of Engine Combustion Deposits: Literature Review.- Effects of Combustion Chamber Deposit Location and Composition.- Fuel-Related Factors Affecting Engine Octane Requirements.- On the Chemical Composition and Origin of Engine Deposits.- The Chemistry of Internal Combustion Engine Deposits - I. Microanalysis, Thermogravimetric Analysis, and Infrared Spectroscopy.- The Chemistry of Internal Combustion Engine Deposits - II. Extraction, Mass Spectroscopy and Nuclear Magnetic Resonance.- The Chemistry of Internal Combustion Engine Deposits - III. 13C Nuclear Magnetic Resonance Employing 1H Cross-Polarization and Magic Angle Spinning.- Electron Spin Resonance Studies of Internal Combustion Engine Deposits.- The Effect of the Combustion Chamber Deposits on Octane Requirement Increase and Fuel Economy.- Modelling the Effect of Engine Deposit on Octane Requirements.- Deposit Formation by Diffusion of Flame Intermediates to a Cold Surface.- Jet Aircraft Fuel System Deposits.- Soot Reduction in Diesel Engines by Catalytic Effects.- Engine Deposits and the Determination of their Origin by Atomic Emission Spectrometry.- Evaluation of Engine Deposits in a Modified Single-Cylinder Engine Test.- Effect of Fuel and Lubricant Composition on Engine Deposit Formation.- Reductive Chemistry of Aromatic Hydrocarbon Molecules.