The possibility was evaluated for achieving the EPA Standards for HC and CO emissions through the use of air-fuel ratio enleanment at selected power modes combined with improved air-fuel mixture preparation, and in some cases improved cooling. Air injection was also an effective approach for the reduction of HC and CO, particularly when combined with exhaust heat conservation techniques such as exhaust port liners
An analysis was conducted to screen, evaluate, and select three engine exhaust emission reduction co...
Three concepts for optimizing the performance, increasing the fuel economy, and reducing exhaust emi...
Pollutant emissions from jet aircraft and combustion research aimed at reducing these emissions are ...
Three concepts which, to an aircraft piston engine, provide reductions in exhaust emissions of hydro...
Several combustor concepts were designed and tested to demonstrate significant reductions in aircraf...
Advanced emission reduction techniques for five existing aircraft gas turbine engines are evaluated....
Recent government gaseous exhaust emissions regulations have been expanded to include a variety of m...
Recent government gaseous exhaust emissions regulations have been expanded to include a variety of m...
Gas turbine engine combustor technology for the reduction of pollutant emissions is summarized. Vari...
The technology necessary to safely reduce general aviation piston engine exhaust emissions to meet t...
Combustor research programs are described whose purpose is to demonstrate significantly lower exhaus...
Effective emission control techniques have been identified and a wide spectrum of potential applicat...
To accomplish simultaneous reduction of unburned hydrocarbons, carbon monoxide, and oxides of nitrog...
A 2-day symposium on the reduction of exhaust emissions from aircraft piston engines was held on Sep...
A carbureted aircraft engine was operated over a range of test conditions to establish the exhaust l...
An analysis was conducted to screen, evaluate, and select three engine exhaust emission reduction co...
Three concepts for optimizing the performance, increasing the fuel economy, and reducing exhaust emi...
Pollutant emissions from jet aircraft and combustion research aimed at reducing these emissions are ...
Three concepts which, to an aircraft piston engine, provide reductions in exhaust emissions of hydro...
Several combustor concepts were designed and tested to demonstrate significant reductions in aircraf...
Advanced emission reduction techniques for five existing aircraft gas turbine engines are evaluated....
Recent government gaseous exhaust emissions regulations have been expanded to include a variety of m...
Recent government gaseous exhaust emissions regulations have been expanded to include a variety of m...
Gas turbine engine combustor technology for the reduction of pollutant emissions is summarized. Vari...
The technology necessary to safely reduce general aviation piston engine exhaust emissions to meet t...
Combustor research programs are described whose purpose is to demonstrate significantly lower exhaus...
Effective emission control techniques have been identified and a wide spectrum of potential applicat...
To accomplish simultaneous reduction of unburned hydrocarbons, carbon monoxide, and oxides of nitrog...
A 2-day symposium on the reduction of exhaust emissions from aircraft piston engines was held on Sep...
A carbureted aircraft engine was operated over a range of test conditions to establish the exhaust l...
An analysis was conducted to screen, evaluate, and select three engine exhaust emission reduction co...
Three concepts for optimizing the performance, increasing the fuel economy, and reducing exhaust emi...
Pollutant emissions from jet aircraft and combustion research aimed at reducing these emissions are ...