This paper presents a working theory applicable to a wide range of problems from cold starting behavior to combustion efficiency of extreme fuel loading in supercharged engines. The theory correlates cetane number with the time/temperature integral of the compression cycle and emphasizes the need for quick and complete combustion of a large amount of fuel in a geometrically limited space.This paper presents a working theory applicable to a wide range of problems from cold starting behavior to combustion efficiency of extreme fuel loading in supercharged engines. The theory correlates cetane number with the time/temperature integral of the compression cycle and emphasizes the need for quick and complete combustion of a large amount of fuel in a geometrically limited space.This paper presents a working theory applicable to a wide range of problems from cold starting behavior to combustion efficiency of extreme fuel loading in supercharged engines. The theory correlates cetane number with the time/temperature integral of the compression cycle and emphasizes the need for quick and complete combustion of a large amount of fuel in a geometrically limited space.This paper presents a working theory applicable to a wide range of problems from cold starting behavior to combustion efficiency of extreme fuel loading in supercharged engines. The theory correlates cetane number with the time/temperature integral of the compression cycle and emphasizes the need for quick and complete combustion of a large amount of fuel in a geometrically limited space.This paper presents a working theory applicable to a wide range of problems from cold starting behavior to combustion efficiency of extreme fuel loading in supercharged engines. The theory correlates cetane number with the time/temperature integral of the compression cycle and emphasizes the need for quick and complete combustion of a large amount of fuel in a geometrically limited space.
Ignition Conditions in Diesel Engines
Sae Technical Papers
1969 International Automotive Engineering Congress and Exposition ; 1969
01.02.1969
Aufsatz (Konferenz)
Englisch
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