An overview of NASA's low thrust liquid chemical propulsion program is presented with particular emphasis on thrust system technology in the ten to one thousand pound thrust range. Key technology issues include high performance of cooled low thrust engines; small cryogenic pumps; multiple starts-shutdowns (10) with slow ramps (approximately 10 seconds); thrust variation - 4/1 in flight and 20/1 between flights; long life (100 hours); improved system weight and size; and propellant selection
The liquid rocket propulsion technology needs to support anticipated future space vehicles were exam...
This paper discusses the technologies required to develop deep space refueling of cryogenic propella...
The NASA OAST Propulsion, Power, and Energy Division supports a low thrust propulsion program aimed ...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
The NASA low-thrust propulsion technology program is aimed at providing high performance options to ...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
Results from investigations leading to the definition of low thrust chemical engine concepts are des...
Chemical and electric propulsion technologies for operations beyond the shuttle's orbit with focus o...
In-space propulsion begins where the launch vehicle upper stage leaves off, performing the functions...
Candidate pump and driver systems for low thrust cargo orbit transfer vehicle engines which deliver ...
Plans are formulated for chemical propulsion technology programs to meet the needs of advanced space...
The space transportation system (STS) will be the principal means of launching USAF spacecraft begin...
Low thrust chemical (hydrogen-oxygen) propulsion systems configured specifically for low acceleratio...
Part of NASA's orbit transfer vehicle propulsion program is devoted to the development of analytical...
An on-going technology program to improve the performance of low thrust chemical rockets for spacecr...
The liquid rocket propulsion technology needs to support anticipated future space vehicles were exam...
This paper discusses the technologies required to develop deep space refueling of cryogenic propella...
The NASA OAST Propulsion, Power, and Energy Division supports a low thrust propulsion program aimed ...
Parametric data and preliminary designs on liquid rocket engines for low thrust cargo orbit-transfer...
The NASA low-thrust propulsion technology program is aimed at providing high performance options to ...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
Results from investigations leading to the definition of low thrust chemical engine concepts are des...
Chemical and electric propulsion technologies for operations beyond the shuttle's orbit with focus o...
In-space propulsion begins where the launch vehicle upper stage leaves off, performing the functions...
Candidate pump and driver systems for low thrust cargo orbit transfer vehicle engines which deliver ...
Plans are formulated for chemical propulsion technology programs to meet the needs of advanced space...
The space transportation system (STS) will be the principal means of launching USAF spacecraft begin...
Low thrust chemical (hydrogen-oxygen) propulsion systems configured specifically for low acceleratio...
Part of NASA's orbit transfer vehicle propulsion program is devoted to the development of analytical...
An on-going technology program to improve the performance of low thrust chemical rockets for spacecr...
The liquid rocket propulsion technology needs to support anticipated future space vehicles were exam...
This paper discusses the technologies required to develop deep space refueling of cryogenic propella...
The NASA OAST Propulsion, Power, and Energy Division supports a low thrust propulsion program aimed ...