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12 HIGH ENERGY ROCKET RESEARCH FACILITY This facility is designed to test propellant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engine for Rocket Vehicle Application) turbopump. The investigations include turbopump tests, fluid instabilities in the engine flow pas- sages, and equipment performance evaluations. The pipe structure to the right of the facility is a steam ejector which is used to obtain the necessary altitude test condition. This ejector will also be used by two other test facilities in this area.

ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle

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Page 1: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle

12

HIGH ENERGY ROCKET ENGIN~

RESEARCH FACILITY

This facility is designed to test propellantsystems at altitude conditions. Tests havebeen run here on the NERVA (Nuclear Enginefor Rocket Vehicle Application) turbopump.The investigations include turbopump tests,fluid instabilities in the engine flow pas­sages, and equipment performance evaluations.The pipe structure to the right of thefacility is a steam ejector which is used toobtain the necessary altitude test condition.This ejector will also be used by two othertest facilities in this area.

Page 2: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle

12 HIGH ENERGY ROCKET ENGINE RESEARCH FACILITY

This facility is designed to test propellant systemsat altitude conditions. Tests have been run hereon the NERVA (Nuclear Engine for Rocket VehicleApplication) propellant feed system. The investi­gations include turbopump tests, fluid instabilities inthe engine flow passages, and equipment perform­mance evaluations. The pipe structure adjacent tothe facility is a steam ejector which is used to ob­tain the necessary altitude test condition. A near­by steam plant furnishes the required steam for thisejedor and also services the ejectors of three otherresearch facilities.

Page 3: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle
Page 4: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle
Page 5: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle
Page 6: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle
Page 7: ENGIN~ RESEARCH FACILITY · This facil i ty is designed to test propel lant systems at altitude conditions. Tests have been run here on the NERVA (Nuclear Engi ne for Rocket Vehicle