Abstract
The application of a mobile aerosol monitoring facility, the Mobile Aerosol Sampling System (MASS) is described to characterize engine aerosol emissions from the Rolls Royce Olympus Engine. The multi-configurational MASS has been employed in both ground and airborne field operations. It has been successfully flown on research aircrafts. In ground tests the MASS has participated in numerous jet engine related ground tests, and has been deployed to resolve aerosol generation problems in a high power chemical laser system. In all cases the measurements were made on samples taken from a harsh physical and chemical environment, with both high and low temperature and pressure, and in the presence of highly reactive gases. (R.P.) 9 refs.
Whitefield, Ph D;
Hagen, D E;
[1]
Lilenfeld, H V
[2]
- Missouri Univ., Rolla, MO (United States). Cloud and Aerosol Sciences Lab.
- McDonnell Douglas Corp., St. Louis, MO (United States)
Citation Formats
Whitefield, Ph D, Hagen, D E, and Lilenfeld, H V.
Ground based measurements of particulate emissions from supersonic transports. Concorde olympus engine.
France: N. p.,
1997.
Web.
Whitefield, Ph D, Hagen, D E, & Lilenfeld, H V.
Ground based measurements of particulate emissions from supersonic transports. Concorde olympus engine.
France.
Whitefield, Ph D, Hagen, D E, and Lilenfeld, H V.
1997.
"Ground based measurements of particulate emissions from supersonic transports. Concorde olympus engine."
France.
@misc{etde_623590,
title = {Ground based measurements of particulate emissions from supersonic transports. Concorde olympus engine}
author = {Whitefield, Ph D, Hagen, D E, and Lilenfeld, H V}
abstractNote = {The application of a mobile aerosol monitoring facility, the Mobile Aerosol Sampling System (MASS) is described to characterize engine aerosol emissions from the Rolls Royce Olympus Engine. The multi-configurational MASS has been employed in both ground and airborne field operations. It has been successfully flown on research aircrafts. In ground tests the MASS has participated in numerous jet engine related ground tests, and has been deployed to resolve aerosol generation problems in a high power chemical laser system. In all cases the measurements were made on samples taken from a harsh physical and chemical environment, with both high and low temperature and pressure, and in the presence of highly reactive gases. (R.P.) 9 refs.}
place = {France}
year = {1997}
month = {Dec}
}
title = {Ground based measurements of particulate emissions from supersonic transports. Concorde olympus engine}
author = {Whitefield, Ph D, Hagen, D E, and Lilenfeld, H V}
abstractNote = {The application of a mobile aerosol monitoring facility, the Mobile Aerosol Sampling System (MASS) is described to characterize engine aerosol emissions from the Rolls Royce Olympus Engine. The multi-configurational MASS has been employed in both ground and airborne field operations. It has been successfully flown on research aircrafts. In ground tests the MASS has participated in numerous jet engine related ground tests, and has been deployed to resolve aerosol generation problems in a high power chemical laser system. In all cases the measurements were made on samples taken from a harsh physical and chemical environment, with both high and low temperature and pressure, and in the presence of highly reactive gases. (R.P.) 9 refs.}
place = {France}
year = {1997}
month = {Dec}
}