-
thought of as
monopropellants, the term is
usually reserved for
liquids in
engineering literature. The most
common use of
monopropellants is in low-impulse...
- hiss. Chemical-reaction
monopropellants are not as
efficient as some
other propulsion technologies.
Engineers choose monopropellant systems when the need...
- Anatoliy; McKechnie, Tim; Mustaikis,
Steven (13
August 2012).
Advanced Monopropellants Combustion Chambers and
Monolithic Catalyst for
Small Satellite Propulsion...
-
hydrazine for
monopropellant rockets where only a
catalyst is
needed to
cause decomposition. HAN and ADN will work as
monopropellants in
water solution...
- (less-toxic [ACGIH TLV 0.01 and 1 ppm respectively]) are the only two
monopropellants (other than cold gases) to have been
widely adopted and
utilized for...
-
commonly used
propellant mixtures on
satellites are hydrazine-based
monopropellants or monomethylhydrazine–dinitrogen
tetroxide bipropellants. Ion thrusters...
-
propulsion systems that can
safely handle nitrous oxide fuel
blend monopropellants have been a
deterrent to
serious development.
Subsequent development...
- capacity.
HyperCurie is an
evolution of the
Curie engine,
which comes in a
monopropellant version and a
bipropellant version,
while the
HyperCurie is a hypergolic...
-
batteries (as with the
French F21
torpedo or
Italian Black Shark),
monopropellants (e.g., Otto fuel II as with the US Mark 48 torpedo), and bipropellants...
- a 1,123-kilogram (2,476Â lb) solid-rocket
motor and
eight hydrazine monopropellant rocket engines, four
providing pitch and yaw
attitude control, and four...
