A program is described for obtaining a reliable, parametric set of measurements in the exhaust plumes of solid propellant rocket motors. Plume measurements included pressures, temperatures, forces, heat transfer rates, particle sampling, and high-speed movies. Approximately 210,000 digital data points and 15,000 movie frames were acquired. Measurements were made at points in the plumes via rake-mounted probes, and on the surface of a large plate impinged by the exhaust plume. Parametric variations were made in pressure altitude, propellant aluminum loading, impinged plate incidence angle and distance from nozzle exit to plate or rake. Reliability was incorporated by continual use of repeat runs. The test setup of the various hardware items ...
Thermal radiation from the plume of any solid rocket motor, containing aluminum as one of the propel...
Molecular sink facility and 25-foot space simulator have been used to distinguish nature of exhaust ...
Spin and centrifuge test facilities for testing solid rocket propellant engines - annotated bibliogr...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
A 2.25% scale model of the space shuttle external tank and solid rocket boosters was tested in the N...
An analysis of experimental nozzle, exhaust plume, and exhaust plume impingement data is presented. ...
Rocket engine tests using space storable propellants and various injector configuration
A series of three tests was conducted using solid rocket propellants to determine the effects a soli...
Results are presented for an experimental space shuttle stage separation plume impingement program c...
The inclusion of solid propellant plume flow field effects in analyses and design of the space vehic...
Comparison of experimental heat transfer coefficients in a nozzle with analytical predictions for va...
Instrumentation system for studying radiative heat transfer from exhaust plume of liquid oxygen- RP-...
Exhaust plumes from large solid rocket motors fired at ATK's Promontory test site carry particulates...
A space simulation procedure was developed for studying rocket plume contamination effects using a 5...
Performance evaluation of solid propellant rocket motor ignition to determine igniter design and par...
Thermal radiation from the plume of any solid rocket motor, containing aluminum as one of the propel...
Molecular sink facility and 25-foot space simulator have been used to distinguish nature of exhaust ...
Spin and centrifuge test facilities for testing solid rocket propellant engines - annotated bibliogr...
A miniature solid propellant rocket motor has been developed to be used in a program to determine th...
A 2.25% scale model of the space shuttle external tank and solid rocket boosters was tested in the N...
An analysis of experimental nozzle, exhaust plume, and exhaust plume impingement data is presented. ...
Rocket engine tests using space storable propellants and various injector configuration
A series of three tests was conducted using solid rocket propellants to determine the effects a soli...
Results are presented for an experimental space shuttle stage separation plume impingement program c...
The inclusion of solid propellant plume flow field effects in analyses and design of the space vehic...
Comparison of experimental heat transfer coefficients in a nozzle with analytical predictions for va...
Instrumentation system for studying radiative heat transfer from exhaust plume of liquid oxygen- RP-...
Exhaust plumes from large solid rocket motors fired at ATK's Promontory test site carry particulates...
A space simulation procedure was developed for studying rocket plume contamination effects using a 5...
Performance evaluation of solid propellant rocket motor ignition to determine igniter design and par...
Thermal radiation from the plume of any solid rocket motor, containing aluminum as one of the propel...
Molecular sink facility and 25-foot space simulator have been used to distinguish nature of exhaust ...
Spin and centrifuge test facilities for testing solid rocket propellant engines - annotated bibliogr...