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JP4 aviation fuel
Known as:
JP-4
National Institutes of Health
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Related topics
Related topics
1 relation
Broader (1)
Hydrocarbons
Papers overview
Semantic Scholar uses AI to extract papers important to this topic.
1999
1999
Bioventing and biosparging at a site contaminated with JP-4 and TCE
E. S. Hinlein
1999
Corpus ID: 92460473
1997
1997
Assessment of the microbial potential for nitrate-enhanced bioremediation of a JP-4 fuel-contaminated aquifer
Jm Thomas
,
CL Bruce
,
+4 authors
C. Ward
Journal of Industrial Microbiology…
1997
Corpus ID: 40022171
A site that was contaminated with JP-4 jet fuel was characterized microbiologically to assess the feasibility of nitrate-enhanced…
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1996
1996
Modeling of a jet fuel spill in the groundwater at the Massachusetts Military Reservation
Dimitris Triantopoulos
1996
Corpus ID: 17448351
This study uses a computer model to examine one of the jet fuel spills which occurred at the Massachusetts Military Reservation…
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1973
1973
Hydrogen Content as a Measure of the Combustion Performance of Hydrocarbon Fuels
C. Martel
,
L. Angello
1973
Corpus ID: 93974640
Abstract : Previous work by various investigators has shown that the hydrogen content of a hydrocarbon jet fuel is the primary…
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1973
1973
The Protective Characteristics of PBI and Nomex Coveralls in JP-4 Fuel Fires
R. M. Stanton
,
S. Schulman
,
J. Ross
1973
Corpus ID: 137443045
Abstract : Air Force flight suits made from PBI and Nomex fabrics were exposed to JP-4 liquid fuel fires to evaluate the thermal…
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1969
1969
Aircraft Fuel Tank Inerting by Means of Fuel Cell Fuel Fogging
E. W. Wiggins
,
Q. C. Malmberg
1969
Corpus ID: 107976712
Abstract : Inerting of aircraft fuel tanks to eliminate fires and explosions can be accomplished by a number of methods. Oxygen…
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1965
1965
MICROBIAL ACTIVITY IN AIR FORCE JET FUEL SYSTEMS. AMRL-TR-65-30.
S. London
,
V. H. Finefrock
,
L. N. Killian
AMRL-TR. Aerospace Medical Research Laboratories
1965
Corpus ID: 26567687
Abstract : Malfunctions and changes occurring in JP-4 fuel systems have been attributed to the presence of microorganisms. The…
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1959
1959
Experimental Altitude Performance of JP-4 Fuel and Liquid-Oxygen Rocket Engine with an Area Ratio of 48
A. Fortini
,
C. D. Hendrix
,
V. N. Huff
1959
Corpus ID: 137244402
The performance for four altitudes (sea-level, 51,000, 65,000, and 70,000 ft) of a rocket engine having a nozzle area ratio of 48…
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1956
1956
TURBOJET PERFORMANCE AND OPERATION AT HIGH ALTITUDES WITH HYDROGEN AND JP-4 FUELS
W. A. Fleming
,
H. Kaufman
,
J. Harp
,
L. J. Chelko
1956
Corpus ID: 110917989
Two current turbojet engines were operated with gaseous-hydrogen and JP-4 fuels at very high altitudes and a simulated Mach…
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1955
1955
Ideal temperature rise due to constant-pressure combustion of a JP-4 fuel
S. Huntley
1955
Corpus ID: 94684927
The ideal temperature rise due to the constant-pressure combustion of a methylene (CH sub 2) fuel was calculated. CH sub 2 fuel…
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