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Proceedings of the Symposium on Combustion | 1948

Importance of Mixture Ratio in Rating Fuels for Knock

John M. Campbell; Wheeler G. Lovell; T. A. Boyd

It is shown that the knock rating of the one fuel with respect to another may depend upon the carburetor setting at which the comparison is made. The influence of mixture strength is often so large that, unless careful attention is given to this factor during knock measurements, it is possible to obtain widely discordant results in spite of what may otherwise be the best of experimental technic. If knock ratings of some fuels made by different laboratories are to be comparable, the different experimenters must agree upon some general specification as to the mixture ratio at which the measurements shall be made. Because it is both the point of highest intensity and one that can be located readily, it is proposed that knock measurements be made independently for each fuel at the mixture ratio giving its maximum degree of knock.


Industrial & Engineering Chemistry | 1934

Knocking Characteristics of Hydrocarbons Determined from Compression Ratios at Which Individual Compounds Begin to Knock under Specified Conditions

Wheeler G. Lovell; John M. Campbell; T. A. Boyd


Industrial & Engineering Chemistry | 1931

Detonation Characteristics of Some Paraffin Hydrocarbons

Wheeler G. Lovell; John M. Campbell; T. A. Boyd


Industrial & Engineering Chemistry | 1931

Detonation Characteristics of Some Aliphatic Olefin Hydrocarbons

Wheeler G. Lovell; John M. Campbell; T. A. Boyd


Industrial & Engineering Chemistry | 1935

Antiknock Effect of Tetraethyllead Effectiveness of Tetraethyllead in Increasing the Critical Compression Ratio of Individual Hydrocarbons

John M. Campbell; Frank K. Signaigo; Wheeler G. Lovell; T. A. Boyd


Industrial & Engineering Chemistry | 1933

Knocking Characteristics of Naphthene Hydrocarbons

Wheeler G. Lovell; John M. Campbell; T. A. Boyd


Industrial & Engineering Chemistry | 1934

Knocking Characteristics of Aromatic Hydrocarbons

Wheeler G. Lovell; John M. Campbell; Frank K. Signaigo; T. A. Boyd


Archive | 1930

Detonation Characteristics of Some of the Fuels Suggested as Standards of Antiknock Quality

John M. Campbell; Wheeler G. Lovell; T. A. Boyd


Industrial & Engineering Chemistry | 1927

Studies of Combustion in the Gasoline Engine1:I—Determination of Rate of Burning by Chemical Analysis

Wheeler G. Lovell; John D. Coleman; T. A. Boyd


Industrial & Engineering Chemistry | 1927

Studies of Combustion in the Gasoline Engine1: II—The Burning of Hydrogen and Carbon Monoxide

Wheeler G. Lovell; John D. Coleman; T. A. Boyd

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