Fuels research studies carried out in a variety of areas related to aviation propulsion, ground transportation, and stationary power generation systems are discussed. The major efforts are directed to studies on fuels for jet aircraft. These studies involve fuels preparation, fuels analysis, and fuel quality evaluations. The scope and direction of research activities in these areas is discussed, descriptions of Lewis capabilities and facilities given, and results of recent research efforts reported
A wide variety of studies on the potential effects of broadened-specification fuels on future aircra...
A broad specification, referee fuel was proposed for research and development. This fuel has a lower...
Possible changes in fuel properties are identified based on current trends and projections. The effe...
The major thrust of NASA's nonturbine general aviation engine programs is directed toward (1) reduce...
The potential characteristics of future aviation turbine fuels and the property effects of these fue...
The role of the Lewis Research Center in aeronautical propulsion is described. The state of the art ...
NASA is responsible for advancing technologies related to air transportation. A sampling of the work...
A broad overview of the scope of research presently being supported by NASA in aircraft propulsion i...
The purpose of this symposium is to provide representatives from industry, government, and academia ...
Combustion research at Lewis is organized to provide a balanced program responsive to national needs...
The primary technology areas are aerospace propulsion, power and materials. As examples in these tec...
Technologies are reviewed for improving the thermal stability of jet fuels, with reference to the ov...
The underlying causes of fuel thermal degradation are discussed. Topics covered include: nature of f...
NASA fact sheet on propulsion and electric power generation developments at Lewis Research Center, a...
Research on combustion is being conducted at Lewis Research Center to provide improved analytical mo...
A wide variety of studies on the potential effects of broadened-specification fuels on future aircra...
A broad specification, referee fuel was proposed for research and development. This fuel has a lower...
Possible changes in fuel properties are identified based on current trends and projections. The effe...
The major thrust of NASA's nonturbine general aviation engine programs is directed toward (1) reduce...
The potential characteristics of future aviation turbine fuels and the property effects of these fue...
The role of the Lewis Research Center in aeronautical propulsion is described. The state of the art ...
NASA is responsible for advancing technologies related to air transportation. A sampling of the work...
A broad overview of the scope of research presently being supported by NASA in aircraft propulsion i...
The purpose of this symposium is to provide representatives from industry, government, and academia ...
Combustion research at Lewis is organized to provide a balanced program responsive to national needs...
The primary technology areas are aerospace propulsion, power and materials. As examples in these tec...
Technologies are reviewed for improving the thermal stability of jet fuels, with reference to the ov...
The underlying causes of fuel thermal degradation are discussed. Topics covered include: nature of f...
NASA fact sheet on propulsion and electric power generation developments at Lewis Research Center, a...
Research on combustion is being conducted at Lewis Research Center to provide improved analytical mo...
A wide variety of studies on the potential effects of broadened-specification fuels on future aircra...
A broad specification, referee fuel was proposed for research and development. This fuel has a lower...
Possible changes in fuel properties are identified based on current trends and projections. The effe...