Study on combustion chamber deposit formation mechanism -influence of fuel components and gasoline detergents-

SAE Technical Papers

Volumn , Issue , 1997, Pages

  Uehara, T ^a   Takei, Y ^a   Hoshi, H ^a   Shiratani, K ^a   Okada, M ^a   Esaki, Y ^b  

^a TOYOTA MOTOR CORPORATION   (Japan)

^b Rd Management Section   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

AROMATIC COMPOUNDS; COMBUSTION CHAMBERS; DEPOSITS; DYNAMOMETERS; ENGINES; SOAPS (DETERGENTS); TESTING;

ALKYL SUBSTITUENT; AROMATIC MOLECULES; BLENDED GASOLINE; COMBUSTION CHAMBER DEPOSITS; DRIVING CONDITIONS; FUEL COMPONENTS; GASOLINE DETERGENTS; LABORATORY TEST;

GASOLINE;

EID: 85072449213     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/971722     Document Type: Conference Paper

References (16)

1. Papachristos M. J., et. al., "Deposit Control Additive Effects on CCD Formation Engine Performance and Emissions," SAE Paper No. 952444, 1995
2. Bitting, W. H., et. al., "Effects of Combustion Chamber Deposits on tailpipe emissions," SAE Paper No. 940345, 1994
3. Nakamura, Y., et. al., "The Effect of Combustion Chamber Deposits on Octane Requirement Increase and Fuel Economy" pp 199-211 in Plenum Press, 1985
4. Peyla, R. J., p 7-109 in Workshop Summary of 1993 CRC Workshop on Combustion Chamber Deposits
5. Takei Y., et. al., "Effects of Gasoline and Gasoline Detergents on Combustion Chamber Deposit Formation," SAE Paper No. 941893, 1994
6. Peyla R. J., "Deposit Control Additives for Future gasolines-A Global Perspective," Proceedings. International Symposium on Automotive Technology and Automation, 1994
7. Esaki Y., et. al., "Study on Combustion Chamber Deposit Formation Mechanism -Part1: Characterization of Deposits-," JSAE Paper No. 9637195, 1996
8. Cheng Shi-way S., "A Micrographic Study of Deposit Formation Processes in a Combustion Chamber," SAE Paper No. 962008, 1996
9. Choate P. J., et. al., "Relationship Between Combustion Chamber Deposits, Fuel Composition, and Combustion Chamber Deposit Structure," SAE Paper No. 932812, 1993
10. Price R. J., et. al., "A Laboratory Simulation and Mechanism for the Fuel Dependence of SI Combustion Chamber Deposit Formation," SAE Paper No. 952445, 1995
11. Yeh S. W., "The Effects of Engine Operating Conditions on CCD Chemistry and Morphology," Symposium on the Mechanism of Combustion Chamber Deposits Presented before the Division of Petroleum Chemistry, Inc. 211th National Meeting, American Chemical Society New Orleans, LA, March 24-29, 1996
12. Nakic D. J., et. al., "Effect of Elevated Piston Temperature on Combustion Chamber Deposit Growth," SAE Paper No. 940943, 1994
13. Owens J. P., "Comparison of Cylinder Head Deposit Thickness and Weight Data in Fleet and Dynamometer Testing," SAE Paper No. 952448, 1995
14. Zahalka T. L., et. al., "A fleet Evaluation of IVD and CCD: Emissions Effect and Correlation to the BMW 318I and Ford 2.3LIVD Tests," SAE Paper No. 952447, 1995
15. Nagao M., et. al., "Mechanism of Combustion Chamber Deposit Interference and Effects of Gasoline Additives on CCD Formation," SAE Paper No. 950741, 1995
16. Cheng Shi-way S., "The Effects of Engine Oils on Intake Valve Deposits and Cpmbustion Chamber Deposits," SAE Paper No. 932810, 1993