ramjet (Also ramjets) : Related Words Words similar in meaning to ramjet
- ramjet engine«
- flying drainpipe«
- athodyd«
- atherodyde«
- ramjet«
- scramjet«
- combustor«
- jet engine«
- thrust«
- jet«
- incoming air«
- speed«
- turbo-ramjet«
- air«
- fuel«
- turboramjet«
- engine«
- turbojet«
- subsonic«
- nozzle«
- rocket«
- pulsejet«
- supersonic speed«
- intake(s«
- pulse detonation engine«
- ramcombustor«
- inlet«
- combustion«
- hyperburner«
- subsonic velocity«
- duct engine«
- combustion chamber«
- aeroduct«
- booster«
- flight speed«
- wraparound booster«
- ducted rocket«
- air intake temperature«
- underwater jet«
- pure ramjet«
- fuel ramjet«
- range«
- supersonic combustion ramjet«
- fonó«
- intake lip«
- focke«
- gas turbine«
- flame holder«
- merkulov«
- missile«
- ram accelerator«
- airflow«
- liquid hydrogen fuel«
- net thrust«
- bussard«
- exhaust flow«
- mach«
- aircraft«
- fritz zwicky«
- turbopump«
- design«
- stovepipe«
- hydrogen«
- jet propulsion«
- subsonic speed«
- solid fuel«
- simplicity«
- leduc«
- griffon«
- air intake«
- airspeed«
- fuel injection«
- heat exchanger«
- efficiency«
- patent«
- flame«
- compressed air«
- u.s. patent«
- low speed«
- gas«
- altitude«
- diameter«
- yak-7 pvrd fighter«
- wide flight envelope«
- vehicle intake«
- unlimited throttleability«
- trisonic ramjet«
- throttling requirement«
- supersonic ramjet engine«
- supersonic intake system«
- supersonic flight mach«
- supersonic air velocity«
- sufficient initial flight velocity«
- subsonic ramjet«
- subsonic flight mach«
- stoichiometric fuel:air ratio«
- stoichiometric combustion temperature«
- sophisticated inlet«
- solid propellant ramjet«
- solid fuel gas generator«
- significant design compromise«
- sheltered combustion zone«
- sfirrs«
- samolet d«
- rocket ramjet«
- rené lorin«
- regulated lfrj«
- range antipodal bomber«
- ramjet test«
- ramjet pipe«
- ramjet phase«
- ramjet gorgon iv«
- radioactive missile«
- pressure region upstream«
- poor pressure ratio«
- p-80 fighter«
- other flame stabilization technique«
- orbital science gqm-163 coyote«
- nozzle requirement«
- multiple booster«
- most ramjet«
- meteor feature nozzleless booster«
- mbda asmp«
- marquardt aircraft company«
- mach 2–4«
- mach 1+ speed«
- lower thrust ramjet sustainer«
- liquid air cycle engine/reaction engine sabre«
- lapcat hypersonic airliner«
- kostikov-302 experimental plane«
- jet engine/reaction engine scimitar«
- integrated booster«
- integral rocket«
- inlet temperature increase«
- inlet increase due«
- increase total pressure recovery«
- i.a. merkulov«
- hungarian inventor albert fonó«
- heat exchanger position«
- gorgon iv«
- gird-08 phosphorus«
- gird-04«
- gas generator exhaust«
- freestream stagnation pressure«
- flight speeds/altitudes«
- flameholder«
- engine cycle«
- empty combustor«
- eminent swiss astrophysicist fritz zwicky«
- elastomer bladder«
- efficient packaging option«
- e.g. sea dart«
- dm-4 engine«
- diffuser«
- dedicated booster nozzle«
- constant inlet speed«
- combustor wall«
- combustor exit stagnation temperature«
- combustor can«
- celerg«
- bredt bomber«
- booster arrangement«
- boost nozzle debris«
- albert fonó«
- aft mixer«
- aero thermodynamic duct«
- nuclear«
- yuri pobedonostsev«
- x-51a waverider«
- strong normal shock«
- spacecraft propulsion concept«
- scramjets«
- rocket combustion process«
- ramjet fighter«
- optimum thrust«
- liquid fuel ramjet«
- leduc experimental aircraft«
- further diffusion«
- french inventor rené lorin«
- external booster«
- engine/airframe combination«
- combustor entry«
- booster propellant«
- bergerac«
- bendix rim-8 talos«
- atrex engine«
- altitude supersonic aircraft«
- projectile«
- compression«
- yaw/pitch«
- thermal choking«
- tandem booster«
- special test rig«
- sfirr«
- reaction engine skylon spaceplane«
- ramjets«
- ramjet propulsion unit«
- ramjet combustor«
- ram effect«
- englishman john barber«
- efficient intake«
- conventional ramjet«
- continuous combustion process«
- combustion test«
- flight«
- acceleration«
- wulf triebflügel«
- separate nozzle«
- reaction engine scimitar«
- ramjet design«
- joule cycle«
- hot compressed air«
- hiller hornet«
- fuel mixing«
- downstream turbine«
- booster burnout«
- boeing x-43«
- air turboramjet«
- nord«
- supersonic exhaust«
- monatomic oxygen«
- kauba sk p.14«
- intermittent combustion«
- engine fuel flow«
- engine airflow«
- empire de la lune«
- dissociation limit«
- compressed air bottle«
- wulf super lorin«
- thin gas«
- simple flat plate«
- sa-4 ganef«
- republic xf-103«
- ram jet«
- r-7 icbm«
- low pressure ratio«
- fuel control system«
- additional patent application«
- vehicle drag«
- reaction engine sabre«
- precooler«
- jet engine performance«
- flight mach«
- boris stechkin«
- turbine machinery«
- rené leduc«
- ramjet technology«
- ramjet propulsion«
- interstellar wind«
- german patent application«
- combustion chamber temperature«
- inadequate material«
- hot fuel«
- german patent no«
- akash missile«
- pulsejets«
- supersonic flight speed«
- sa-6 gainful«
- pilot region«
- p-270 moskit«
- mbda meteor«
- hsiung feng iii«
- freestream«
- fan«
- slow combustion«
- fan arrangement«
- combustion section«
- sabre engine«
- propulsion mechanism«
- lockheed d-21«
- lightweight gun«
- lockheed x-7«
- jet engine design«
- george brayton«
- usable amount«
- divergent nozzle«
- liquid«
- simple hole«
- l'autre monde«
- forward velocity«
- reasonable efficiency«
- project pluto«
- npo lavochkin«
- normal shock«
- turbine section«
- tip jet«
- bussard ramjet«
- variable flow«
- jetboat«
- auxiliary motor«
- scramjet engine«
- popular mechanic article«
- inlet temperature«
- cost approach«
- comical history«
- burya«
- experimental implementation«
- mstislav keldysh«
- keldysh institute«
- ionospheric«
- sea dart missile«
- main combustion chamber«
- exhaust temperature«
- eugen sänger«
- artillery cannon«
- tandem arrangement«
- rich gas«
- liquid fuel rocket«
- arthur c clarke«
- combined cycle«
- hellmuth walter«
- bristol bloodhound«
- suitable level«
- low compression ratio«
- temperature limit«
- static thrust«
- stagnation pressure«
- polikarpov i-15«
- brayton cycle«
- throttle setting«
- satirical novel«
- thrust level«
- low muzzle velocity«
- hot exhaust«
- asmp«
- test engine«
- gird«
- propellant rocket«
- expansion process«
- combustion efficiency«
- sänger«
- fluid medium«
- bomarc«
- axial compressor«
- air velocity«
- entire engine«
- wulf ta«
- substantial drop«
- thermodynamic cycle«
- pressure loss«
- invention«
- helicopter rotor«
- weapon designer«
- turboshaft«
- simple mechanism«
- intake system«
- brahmos«
- flight condition«
- hydrocarbon fuel«
- glenn martin«
- sr-71 blackbird«
- orbital speed«
- experimental unit«
- sergei korolev«
- diatomic molecule«
- wraparound«
- heavy shell«
- dynamic pressure«
- performance«
- aerojet«
- project«
- airplane flight«
- pressure gas«
- speed increase«
- spacecraft propulsion«
- minimum speed«
- type«
- reasonable level«
- stage rocket«
- aérospatiale«
- launch platform«
- wartime condition«
- photochemistry«
- simple device«
- lengthwise«
- supersonic flight«
- gas turbine engine«
- coal dust«
- turbofan«
- états«
- krug«
- ablation«
- turbojet engine«
- liquid hydrogen«
- efficient operation«
- allied soldier«
- skoda«
- dornier do«
- slower speed«
- fuel supply«
- injector«
- cyrano«
- forward motion«
- vehicle«
- convergent«
- cyrano de bergerac«
- soviet union«
- turbocharger«
- gorgon«
- constant pressure«
- advantage«
- supercharger«
- turboprop«
- junker«
- icbm«
- hot air«
- upper atmosphere«
- artillery shell«
- science fiction story«
- cruise missile«
- research director«
- slight variation«
- space flight«
- dissociation«
- sound«
- detrimental effect«
- air temperature«
- turbofan engine«
- rocket engine«
- fanjet engine«
- fanjet«
- fan-jet«
- thruster«
- retrorocket«
- takeoff rocket«
- space rocket«
- nuclear rocket«
- booster rocket«
- takeoff booster«
- booster unit«
- Bussard ramjet«
- 120mm mortar shell«
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