bipropellant


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Related to bipropellant: monopropellant

bi·pro·pel·lant

 (bī′prə-pĕl′ənt)
n.
A two-component rocket propellant, such as liquid hydrogen and liquid oxygen, fed separately to the combustion chamber as fuel and oxidizer. Also called dipropellant.

bipropellant

(ˌbaɪprəˈpɛlənt)
n
(Astronautics) a rocket propellant consisting of two substances, usually a fuel and an oxidizer. Also called: dipropellant Compare monopropellant

bi•pro•pel•lant

(ˌbaɪ prəˈpɛl ənt)

n.
a missile or rocket propellant composed of fuel and oxidizer, the components of which are kept in separate compartments prior to combustion.
[1945–50]
Translations
diergol
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References in periodicals archive ?
Spokespersons for McDonnell Douglas suggest that an orbital vehicle could go into service with conventional bipropellant engines and later be refitted with the advanced motors when they are available.
The 1300 achieves high stability by using bipropellant propulsion and momentum-bias attitude control systems.
The TDRS-M satellite carries the companys R-4D 100 lbf bipropellant engine to move the satellite from its launch tip-off into geosynchronous orbit.
Aerojet Rocketdyne propulsion included an RS-68A booster engine, an RL10B-2 upper-stage engine, 12 MR-106H 9-lbf hydrazine rocket engines on the upper stage, and a 100-lbf bipropellant apogee-raising engine aboard the WGS spacecraft.
SS/L's satellites are designed to achieve long useful orbital life through the use of bipropellant propulsion and momentum-bias systems for excellent station-keeping and orbital stability.
According to Beattie, the Hughes xenon-ion propulsion system (XIPS) provides nearly 10 times greater exhaust velocity than current bipropellant (monomethyl hydrazine /nitrogen tetroxide) chemical thrusters, which, he said, essentially allows Hughes' designers to trade 10 pounds of chemical fuel for 1 lb of the xenon propellant.
The 1300 is designed to achieve a long life, in this case 15 years, excellent station-keeping and orbital stability by using bipropellant propulsion and momentum-bias attitude control systems.
NASA's Cassini spacecraft began the first in a series of dives through the 1,500-mile gap between Saturn and its rings on April 26 with the help of onboard bipropellant and monopropellant thrusters made by Aerojet Rocketdyne, Inc.