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- YF-77 abstract "The YF-77 is China's first cryogenic rocket engine developed for booster applications. It burns liquid hydrogen fuel and liquid oxygen oxidizer in the gas generator cycle. A pair of these engines will power the LM-5 core stage in a module that includes the mount that enables each individual engine to gimbal in two planes. While it will be lighten at lift of, its function will be that of a sustainer engine, like the European Vulcain on the Ariane 5 and the Japanese LE-7 on the H-II, since the core stage thrust will be supplemented by the YF-100 powered boosters. Like the Vulcain, it uses the less efficient gas generator cycle and even for that application it has less performance than the European engine. It does advances significantly the thrust level of cryogenic rocket technology in China.".
- YF-77 wikiPageExternalLink cz5.html.
- YF-77 wikiPageID "12929529".
- YF-77 wikiPageLength "7636".
- YF-77 wikiPageOutDegree "31".
- YF-77 wikiPageRevisionID "695165484".
- YF-77 wikiPageWikiLink Academy_of_Aerospace_Liquid_Propulsion_Technology.
- YF-77 wikiPageWikiLink Ariane_5.
- YF-77 wikiPageWikiLink Ball_valve.
- YF-77 wikiPageWikiLink Category:Rocket_engines.
- YF-77 wikiPageWikiLink Category:Rocket_engines_of_China.
- YF-77 wikiPageWikiLink Category:Rocket_engines_using_hydrogen_propellant.
- YF-77 wikiPageWikiLink Category:Spaceflight.
- YF-77 wikiPageWikiLink China_Aerospace_Science_and_Technology_Corporation.
- YF-77 wikiPageWikiLink China_National_Space_Administration.
- YF-77 wikiPageWikiLink Commission_for_Science,_Technology_and_Industry_for_National_Defense.
- YF-77 wikiPageWikiLink Cryogenic_rocket_engine.
- YF-77 wikiPageWikiLink Gas-generator_cycle.
- YF-77 wikiPageWikiLink Gimbaled_thrust.
- YF-77 wikiPageWikiLink H-II.
- YF-77 wikiPageWikiLink LE-7.
- YF-77 wikiPageWikiLink Liquid_hydrogen.
- YF-77 wikiPageWikiLink Liquid_oxygen.
- YF-77 wikiPageWikiLink Long_March_5.
- YF-77 wikiPageWikiLink Pyrotechnic_initiator.
- YF-77 wikiPageWikiLink Regenerative_cooling_(rocket).
- YF-77 wikiPageWikiLink Rocket_engine.
- YF-77 wikiPageWikiLink Venturi_effect.
- YF-77 wikiPageWikiLink Vulcain.
- YF-77 wikiPageWikiLink YF-100.
- YF-77 wikiPageWikiLink YF-75.
- YF-77 wikiPageWikiLinkText "YF-77".
- YF-77 associated "--03-05".
- YF-77 combustionChamber "1".
- YF-77 countryOfOrigin "China".
- YF-77 cycle Gas-generator_cycle.
- YF-77 designer Academy_of_Aerospace_Liquid_Propulsion_Technology.
- YF-77 fuel Liquid_hydrogen.
- YF-77 mixtureRatio "5.5".
- YF-77 name "YF-77".
- YF-77 nozzleRatio "49".
- YF-77 oxidiser Liquid_oxygen.
- YF-77 predecessor YF-75.
- YF-77 purpose "sustainer engine".
- YF-77 status "In development".
- YF-77 type "liquid".
- YF-77 usedIn "--03-05".
- YF-77 wikiPageUsesTemplate Template:Convert.
- YF-77 wikiPageUsesTemplate Template:Infobox_rocket_engine.
- YF-77 wikiPageUsesTemplate Template:Reflist.
- YF-77 wikiPageUsesTemplate Template:Rocket_Engines.
- YF-77 wikiPageUsesTemplate Template:Use_American_English.
- YF-77 subject Category:Rocket_engines.
- YF-77 subject Category:Rocket_engines_of_China.
- YF-77 subject Category:Rocket_engines_using_hydrogen_propellant.
- YF-77 subject Category:Spaceflight.
- YF-77 hypernym China.
- YF-77 type Company.
- YF-77 type Page.
- YF-77 type Technology.
- YF-77 comment "The YF-77 is China's first cryogenic rocket engine developed for booster applications. It burns liquid hydrogen fuel and liquid oxygen oxidizer in the gas generator cycle. A pair of these engines will power the LM-5 core stage in a module that includes the mount that enables each individual engine to gimbal in two planes.".
- YF-77 label "YF-77".
- YF-77 sameAs Q11255044.
- YF-77 sameAs YF-77.
- YF-77 sameAs YF-77.
- YF-77 sameAs YF-77.
- YF-77 sameAs m.02z0751.
- YF-77 sameAs Q11255044.
- YF-77 sameAs YF-77.
- YF-77 wasDerivedFrom YF-77?oldid=695165484.
- YF-77 isPrimaryTopicOf YF-77.