A spark energy of 2.13 joules per spark at 1 spark per second produced ignition to an altitude of 50,000 feet at a flight Mach number of 0.6. The minimum power requirements for ignition were obtained from a combination of low spark repetition rates and high spark energy. The altitude-ignition limit was also increased by increasing spark-gap immersion, fuel temperature, inlet-air temperature, and fuel volatility, and by decreasing flight Mach number. The maximum altitude at which flame propagation was accomplished from combusters with spark plugs to combusters without spark plugs to combustors without spark plugs was increased about 5000 feet by increasing fuel volatility
The effect of spark repitition rate on the altitude ignition limits of a single tubular (turbojet en...
Ignition studies of flowing gases were made to obtain information applicable to ignition problems in...
An investigation of turbojet-engine thrust augmentation by means of tail-pipe burning has been condu...
A spark energy of 2.13 joules per spark at 1 spark per second produced ignition to an altitude of 50...
An investigation was conducted on an axial-flow-compressor type turbojet engine in the NACA Lewis al...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
The altitude-ignition limits of a condenser-discharge ignition system installed on a turbojet engine...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
The effect of fuel volatility on altitude starting limits of an axial-flow-compressor-type turbojet ...
Ignition characteristics of AN-F-32 and two AN-F-58a fuels were studied in a single can-type turboje...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
The performance of MIL-F-5624A fuels, grades JP-3 and JP-4, was investigated in an axial-flow turboj...
This paper explains why a spark ignited gasoline engine, intake pressurized with three cascaded stag...
The effect of fuel volatility on altitude starting limits of an axial-flow-compressor-type turbojet ...
The effect of spark repitition rate on the altitude ignition limits of a single tubular (turbojet en...
Ignition studies of flowing gases were made to obtain information applicable to ignition problems in...
An investigation of turbojet-engine thrust augmentation by means of tail-pipe burning has been condu...
A spark energy of 2.13 joules per spark at 1 spark per second produced ignition to an altitude of 50...
An investigation was conducted on an axial-flow-compressor type turbojet engine in the NACA Lewis al...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
The altitude-ignition limits of a condenser-discharge ignition system installed on a turbojet engine...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
The effect of fuel volatility on altitude starting limits of an axial-flow-compressor-type turbojet ...
Ignition characteristics of AN-F-32 and two AN-F-58a fuels were studied in a single can-type turboje...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
The performance of MIL-F-5624A fuels, grades JP-3 and JP-4, was investigated in an axial-flow turboj...
This paper explains why a spark ignited gasoline engine, intake pressurized with three cascaded stag...
The effect of fuel volatility on altitude starting limits of an axial-flow-compressor-type turbojet ...
The effect of spark repitition rate on the altitude ignition limits of a single tubular (turbojet en...
Ignition studies of flowing gases were made to obtain information applicable to ignition problems in...
An investigation of turbojet-engine thrust augmentation by means of tail-pipe burning has been condu...