A preliminary design study of a conceptual 6000-megawatt open-cycle gas-core nuclear rocket engine system was made. The engine has a thrust of 196,600 newtons (44,200 lb) and a specific impulse of 4400 seconds. The nuclear fuel is uranium-235 and the propellant is hydrogen. Critical fuel mass was calculated for several reactor configurations. Major components of the reactor (reflector, pressure vessel, and waste heat rejection system) were considered conceptually and were sized
In an effort to further refine potential point of departure nuclear thermal rocket engine designs, f...
A computational model of an open-cycle Gas Core Nuclear Rocket (GCR) is developed. The model evaluat...
Work on the cermet fuel reactor done in the 1960's by General Electric (GE) and the Argonne National...
Review of gas-core rocket reactor research, and estimate of engine performance characteristic
A procedure was developed to calculate the critical fuel mass, including the effects of propellant p...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76368/1/AIAA-1993-1813-209.pd
Calculated estimates of gas core nuclear rocket engine weights for specific impulses ranging from 30...
Engine thrust, specific impulse, and uranium loss rate effects on gaseous fueled nuclear rocket engi...
Space exploration enables humans to not only explore unknown worlds but also to satisfy the curiosit...
Although the harsh space environment imposes many severe challenges to space pioneers, space explora...
Viewgraphs on the nuclear gas core propulsion research program are presented. The objectives of this...
A thermal‐hydraulic model of an open‐cycle gas core nuclear rocket is used to examine the fuel conta...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76421/1/AIAA-1992-3777-697.pd
AbstractAlthough the harsh space environment imposes many severe challenges to space pioneers, space...
A thermal‐hydraulic model of an open‐cycle gas core nuclear rocket is developed. The two‐dimensional...
In an effort to further refine potential point of departure nuclear thermal rocket engine designs, f...
A computational model of an open-cycle Gas Core Nuclear Rocket (GCR) is developed. The model evaluat...
Work on the cermet fuel reactor done in the 1960's by General Electric (GE) and the Argonne National...
Review of gas-core rocket reactor research, and estimate of engine performance characteristic
A procedure was developed to calculate the critical fuel mass, including the effects of propellant p...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76368/1/AIAA-1993-1813-209.pd
Calculated estimates of gas core nuclear rocket engine weights for specific impulses ranging from 30...
Engine thrust, specific impulse, and uranium loss rate effects on gaseous fueled nuclear rocket engi...
Space exploration enables humans to not only explore unknown worlds but also to satisfy the curiosit...
Although the harsh space environment imposes many severe challenges to space pioneers, space explora...
Viewgraphs on the nuclear gas core propulsion research program are presented. The objectives of this...
A thermal‐hydraulic model of an open‐cycle gas core nuclear rocket is used to examine the fuel conta...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76421/1/AIAA-1992-3777-697.pd
AbstractAlthough the harsh space environment imposes many severe challenges to space pioneers, space...
A thermal‐hydraulic model of an open‐cycle gas core nuclear rocket is developed. The two‐dimensional...
In an effort to further refine potential point of departure nuclear thermal rocket engine designs, f...
A computational model of an open-cycle Gas Core Nuclear Rocket (GCR) is developed. The model evaluat...
Work on the cermet fuel reactor done in the 1960's by General Electric (GE) and the Argonne National...