The design and fabrication of a flight gas generator for the space shuttle were investigated. Critical performance parameters and stability criteria were evaluated as well as a scaling laws that could be applied in designing the flight gas generator. A test program to provide the necessary design information was included. A structural design, including thermal and stress analysis, and two gas generators were fabricated based on the results. Conclusions are presented
The portable hydrazine attitude propulsion module is described that was designed and developed to su...
Hybrid and decomposition combustion of hydrazine fuels using flat flame burner to provide high tempe...
Dual mode hydrazine propulsion system for attitude control and maneuvering of interplanetary spacecr...
Component tests and system assembly for hydrazine fuel gas distribution system of torque generator f...
Results of a program conducted to evaluate materials for construction of a space shuttle hydrazine m...
Development of warm distribution system for hydrazine fueled gas generators for spacecraft attitude ...
Dynamic stability and performance of injectors, rocket liners, and supersonic combustor
The performance parameters for the space shuttle reaction control thruster (SSRCT) when the fuel is ...
A gas analyzer utilizing a nondispersive infrared (NDIR) detection system was used to monitor the am...
The monopropellant hydrazine resistojet, termed the electrothermal hydrazine thruster (EHT) by TRW s...
The design of gas generators intended to provide hot gases for turbine drive is discussed. Emphasis ...
Monograph reviews and assesses current design practices, and from them establishes firm guidance for...
Dual mode hydrazine system for attitude control and maneuvering propulsion of interplanetary space p...
A blowdown-pressurized hydrazine propulsion system was selected to provide trajectory correction imp...
The 0.44-N (0.1-lbf) class of hydrazine catalytic thruster has been evaluated to assess its capabili...
The portable hydrazine attitude propulsion module is described that was designed and developed to su...
Hybrid and decomposition combustion of hydrazine fuels using flat flame burner to provide high tempe...
Dual mode hydrazine propulsion system for attitude control and maneuvering of interplanetary spacecr...
Component tests and system assembly for hydrazine fuel gas distribution system of torque generator f...
Results of a program conducted to evaluate materials for construction of a space shuttle hydrazine m...
Development of warm distribution system for hydrazine fueled gas generators for spacecraft attitude ...
Dynamic stability and performance of injectors, rocket liners, and supersonic combustor
The performance parameters for the space shuttle reaction control thruster (SSRCT) when the fuel is ...
A gas analyzer utilizing a nondispersive infrared (NDIR) detection system was used to monitor the am...
The monopropellant hydrazine resistojet, termed the electrothermal hydrazine thruster (EHT) by TRW s...
The design of gas generators intended to provide hot gases for turbine drive is discussed. Emphasis ...
Monograph reviews and assesses current design practices, and from them establishes firm guidance for...
Dual mode hydrazine system for attitude control and maneuvering propulsion of interplanetary space p...
A blowdown-pressurized hydrazine propulsion system was selected to provide trajectory correction imp...
The 0.44-N (0.1-lbf) class of hydrazine catalytic thruster has been evaluated to assess its capabili...
The portable hydrazine attitude propulsion module is described that was designed and developed to su...
Hybrid and decomposition combustion of hydrazine fuels using flat flame burner to provide high tempe...
Dual mode hydrazine propulsion system for attitude control and maneuvering of interplanetary spacecr...