An investigation was conducted on an axial-flow-compressor type turbojet engine in the NACA Lewis altitude wind tunnel to determine the operational characteristics of several ignition systems, cross-fire tube configurations and fuel systems over a range of simulated flight conditions. The opposite-polarity-type spark plug provided the most satisfactory ignition. Increasing the cross-fire-tube diameter improved intercombustor flame propagation. At high windmilling speeds, accelerations to approximately 6200 rpm could be made at a preset constant throttle position. The use of a variable-area nozzle reduced acceleration time
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
An investigation was conducted in the NACA Lewis altitude wind tunnel to evaluate the performance ch...
Ignition characteristics of AN-F-32 and two AN-F-58a fuels were studied in a single can-type turboje...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
An investigation has been conducted in the NACA Lewis altitude wind tunnel to evaluate the performan...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
As a portion of an over-all performance investigation of the prototype J47D (RX-1) turbojet engine, ...
A spark energy of 2.13 joules per spark at 1 spark per second produced ignition to an altitude of 50...
An investigation has been conducted in the NACA Cleveland altitude wind tunnel to evaluate the opera...
An investigation was conducted in the Cleveland altitude wind tunnel to determine the operational ch...
An investigation was conducted on an axial-flow-compressor type turbojet engine in the NACA Lewis al...
An altitude-wind-tunnel investigation of the performance of AN-F-58 and AN-F-32 fuels in an experime...
An investigation has been conducted in the Cleveland altitude wind tunnel to determine the operation...
The operational characteristics of a J57-P1 turbojet engine have been investigated at altitudes betw...
The altitude operational characteristics of the prototype J40-WE-8 turbojet engine were determined i...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
An investigation was conducted in the NACA Lewis altitude wind tunnel to evaluate the performance ch...
Ignition characteristics of AN-F-32 and two AN-F-58a fuels were studied in a single can-type turboje...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
An investigation has been conducted in the NACA Lewis altitude wind tunnel to evaluate the performan...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
As a portion of an over-all performance investigation of the prototype J47D (RX-1) turbojet engine, ...
A spark energy of 2.13 joules per spark at 1 spark per second produced ignition to an altitude of 50...
An investigation has been conducted in the NACA Cleveland altitude wind tunnel to evaluate the opera...
An investigation was conducted in the Cleveland altitude wind tunnel to determine the operational ch...
An investigation was conducted on an axial-flow-compressor type turbojet engine in the NACA Lewis al...
An altitude-wind-tunnel investigation of the performance of AN-F-58 and AN-F-32 fuels in an experime...
An investigation has been conducted in the Cleveland altitude wind tunnel to determine the operation...
The operational characteristics of a J57-P1 turbojet engine have been investigated at altitudes betw...
The altitude operational characteristics of the prototype J40-WE-8 turbojet engine were determined i...
An investigation was conducted in an altitude test chamber at the NACA Lewis Laboratory to determine...
An investigation was conducted in the NACA Lewis altitude wind tunnel to evaluate the performance ch...
Ignition characteristics of AN-F-32 and two AN-F-58a fuels were studied in a single can-type turboje...