Stability to Burn

Heath, D. P.; Hoffman, Charles W.; Reynolds, James H.

doi:10.4271/550098

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Low and Ambient Temperature Filterability1

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1959

1991

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“…Even the deposition rate, as shown by the bar graph (upper portion of Figure 14), approaches that of a jet fuel blend (Figure 13). The result with sample la of Figure 14 appeared to be at great variance with CFR fuel coker results reported by Heath and others (2). Accordingly, at the authors' request Heath erousiy donated a sample of his material (sample lb).…”

Section: Low and Ambient Temperature Filterabilitymentioning

confidence: 61%

Effect of Composition and Storage on the Properties of Jet Fuels.

Nixon¹,

Cole²,

Minor³

1959

J. Chem. Eng. Data

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Section: Low and Ambient Temperature Filterabilitymentioning

confidence: 61%

Effect of Composition and Storage on the Properties of Jet Fuels.

Nixon¹,

Cole²,

Minor³

1959

J. Chem. Eng. Data

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Chapter IX Additive Effects on Thermal Oxidation Stability

Hazlett¹

1991

Thermal Oxidation Stability of Aviation Turbine Fuels

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One of the first proposals to improve the thermal oxidation stability of aviation turbine fuels was the use of additives [1-4]. Initial work focused on antioxidants which had demonstrated useful performance for storage stability of other petroleum products-gasoline, diesel fuel, and heating oils. Modest, if any, benefits were found for the conventional hindered phenols and amines. Another class of additives, dispersants, exerted significant improvement in filter tests in the ASTM Coker or similar devices. Filtration times were extended from 200 to 800% for some additive/fuel combinations. Some fuels did not respond to dispersants, however. Further, dispersants interfere with separation of water from fuels. These initial results encouraged scientists to follow the promising leads, and research on defining the role of additives continues to the present.

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Stability to Burn

Cited by 2 publications

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Effect of Composition and Storage on the Properties of Jet Fuels.

Effect of Composition and Storage on the Properties of Jet Fuels.

Chapter IX Additive Effects on Thermal Oxidation Stability

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