This work, in response to DARPA BAA 99-22, topic title 'Small Scale Propulsion Systems,' focused on the development of a nitrous oxide (N2o) / propane (C3H8) rocket engine (NOP), that utilizes catalytic decomposition of N20 as an ignition system for propane. This propellant combination is proposed as an alternative to the present space propulsion systems that use hypergolic or cryogenic liquids, or solid propellants. Phase I work has resulted in a successful demonstration of the key technologies associated with the development of such a propulsion system. In particular, rocket performance for the NOP propellants and catalytic decomposition of nitrous oxide were demonstrated. The work began with two parallel efforts: the experimental evaluation of rocket performance using nitrous oxide and propane as propellants, and an experimental evaluation of various catalysts for the decomposition of nitrous oxide. The development of a catalytic reactor to efficiently decompose N20 for propane autoignition was central to this research effort.
Nitrous Oxide - Propane Rocket Engine
2001
157 pages
Report
No indication
English
Basic & Synthetic Chemistry , Rocket Engines & Motors , Unmanned Spacecraft , Rocket engines , Propane , Nitrous oxide , Space propulsion , Test and evaluation , Liquids , Propellants , Propulsion systems , Catalysis , Decomposition , Cryogenics , Autoignition , Solid propellants , Ignition systems , Hypergolic fuels , Benign propellants , Microthruster
Nitrous oxide/propane rocket test results
AIAA | 2000
|Nitrous Oxide/Propane Rocket Test Results
British Library Conference Proceedings | 2000
|Catalytic Ignition of Nitrous Oxide With Propane/Propylene Mixtures for Rocket Motors
British Library Conference Proceedings | 2005
|