scramjet : Related Words Words similar in meaning to scramjet
- ramjet«
- mach«
- jet engine«
- scramjets«
- turbojet«
- scramjet engine«
- engine«
- turbo-ramjet«
- supersonic«
- fuel«
- rocket«
- pulsejet«
- combustion«
- specific impulse«
- pulse detonation engine«
- speed«
- combustion chamber«
- jet«
- vehicle«
- hypersonic«
- thrust«
- rocket engine«
- scramjet operation«
- aircraft«
- scramjet vehicle«
- air«
- flow«
- gas«
- orbital speed«
- oxidizer«
- combustor«
- inlet«
- hifire«
- subsonic speed«
- velocity«
- atmosphere«
- weight«
- liquid oxygen«
- orbit«
- payload«
- subsonic velocity«
- temperature«
- active cooling«
- drag«
- weight ratio«
- incoming air«
- nozzle«
- supersonic flow«
- flight«
- waverider«
- ciam«
- operating range«
- twin scramjet engine«
- similar verification«
- scramjet stage«
- onboard oxidiser«
- mode scramjets«
- hypersonic airbreathing vehicle«
- single stage vehicle«
- fuel mass fraction«
- compressor fan«
- compressed flow«
- efficiency«
- payload mass fraction«
- scramjet design«
- scramjet technology«
- subsonic combustion«
- advantage«
- supersonic combustion ramjet«
- coolant«
- supersonic combustion«
- thrust nozzle«
- reusable vehicle«
- hypersonic velocity«
- hyper«
- stage«
- lower thrust«
- kinetic energy«
- complexity«
- tankage«
- turbomachinery«
- ramjet engine«
- hypersonic speed«
- engine efficiency«
- aerodynamic lift«
- acceleration«
- launch system«
- technology organisation«
- hydrogen«
- reaction«
- solid rocket booster«
- vehicle speed«
- test vehicle«
- supersonic flight«
- atmospheric oxygen«
- range«
- heat«
- temperature rise«
- oxygen content«
- turbofan engine«
- mass«
- turbojet engine«
- liquid hydrogen«
- direct relation«
- disadvantage«
- nasa«
- pressure«
- lower speed«
- supersonic speed«
- deceleration«
- fuel injection«
- launch vehicle«
- atv«
- altitude«
- x-51a waverider test«
- x-51a craft«
- x-30 research«
- world record hypersonic airspeed«
- whitney rocketdyne scramjet engine«
- vehicle total mass«
- usable dynamic pressure«
- usable control technique«
- upper operating«
- unmanned x-51a waverider«
- uk defense company qinetiq«
- typical turbojet engine«
- typical space capsule«
- typical ramjet«
- transatmospheric lifter«
- tether vehicle«
- tankage ratio«
- takeoff fuel weight«
- takeoff dry weight«
- t3 ground test facility«
- supersonic speed result«
- supersonic inflow«
- successful scramjet flight«
- suborbital atmospheric propulsion«
- speed scramjet«
- speed jet-«
- specialized rocket research vehicle«
- single stage transfer«
- simulated mach«
- separate fuel supply«
- scramjet flight«
- scramjet test«
- scramjet launch vehicle«
- scramjet hardware«
- scramjet ground test«
- scramjet flow«
- scramjet experimentation«
- scram engine«
- rocket propulsion system facility«
- resistant underside«
- regenerative cooling technique«
- reduced reaction scheme«
- reaction space launch development«
- pyrophoric fuel additive«
- pure scramjet engine«
- pure scramjet«
- professor ray stalker«
- primary jp-7 fuel«
- powerful solid rocket booster«
- potential combustion heat release«
- orbiter gross weight«
- orbital vehicles«
- optimal climb/descent profile«
- nasa langley arc«
- minimum mach«
- mediocre thrust«
- lower performance rocket«
- lower intake dynamic pressure«
- limited combustion«
- level atmospheric flight«
- langley ahstf«
- intricate turbomachinery«
- installation drag«
- inlet diffuser«
- initial propulsion requirements«
- initial propulsion requirement«
- initial mass ratio«
- hyshot project«
- hyshot flight test«
- hypersonics technology«
- hypersonic flying laboratory«
- hypersonic flight regime«
- hypersonic airbreathing«
- hifire.«
- hifire flight«
- heg shock tunnel«
- heavy faa regulation«
- heated scramjet test facility«
- gas aerothermodynamics«
- fuel heat«
- fuel constant«
- final design method«
- faulty control fin«
- extra rocket engine«
- experimental scramjet engine«
- experiment flight«
- expensive hypersonic test chamber«
- equal takeoff weight«
- engine installation drag«
- empty mass fraction«
- droppable solid rocket booster«
- dr. frederick s. billig«
- downstream influence propagates«
- discrete engine«
- current scramjet technology«
- coolant circulating«
- constant vehicle takeoff weight«
- constant dynamic pressure path«
- connect test«
- combustive standpoint«
- cold model«
- ciam test«
- c-16 v/k facility«
- boundary layer modeling«
- boeing x-51 scramjet demonstrator«
- axisymmetric hydrogen«
- autonomous hypersonic flight control«
- american defense scientist«
- altitude specific«
- aircraft top speed«
- aerospace hardware cost«
- aerodynamic maneuvering surface«
- advanced scramjet«
- additional oxidizer«
- active cooling scheme«
- propulsion«
- x-51a waverider«
- v scramjet flight experiment«
- typical jet engine«
- supersonic combusting ramjet«
- style compression«
- shcramjet«
- scramjet power«
- scramjet development«
- scramjet combustor«
- scramjet combustion«
- reasonable computation«
- ramjet type«
- performance turbopumps«
- mode scramjet«
- maximum flight velocity«
- instrumentation cost«
- immense drag«
- extreme technical challenge«
- experimental scramjet«
- dr. gordon l. dugger«
- divergent thrust nozzle«
- constant air pressure«
- boeing x-51a«
- atmospheric velocity«
- airflow control system«
- air upstream«
- ablative shielding«
- intake«
- compression«
- design«
- x-51a«
- x-43a.«
- vehicle skin«
- typical rocket engine«
- traditional rocket«
- thermal choking«
- theoretical projection«
- pure rocket power«
- hypersonic international flight research experimentation«
- freestream air«
- equipment subject«
- detachable rocket«
- air impurity«
- test«
- total pressure loss«
- takeoff mass«
- short test time«
- sa-5 surface«
- orbital tether«
- hypersonic rocket«
- hypergolics«
- flight test series«
- expensive launch vehicle«
- efficient thrust«
- arc facility«
- ahstf«
- additional propulsion«
- achievable speed«
- sufficient compression«
- special cooling«
- reentry system«
- lower mach«
- loss coefficient«
- length trip«
- inlet fan«
- indian space agency isro«
- upper speed limit«
- turbo pump«
- total configuration«
- reentry«
- mechanical compressor«
- fuelled rocket«
- conventional turbofan«
- complex fuel«
- comparable density«
- vehicle drag«
- shock tunnel«
- fuel stream«
- failure prone«
- depressed trajectory«
- thrust/weight ratio«
- poor thrust«
- hypersonic technology«
- expensive testing«
- severe demand«
- perfect simulation«
- moter«
- low supersonic speed«
- low lift«
- kholod«
- hypersonic flight experiment«
- heavy craft«
- cryogenic facility«
- cheaper access«
- x-43a«
- gravity loss«
- aviation motor«
- australian defence science«
- u defense advanced research project agency«
- total enthalpy«
- test craft«
- propellant«
- other fuel«
- conventional jet engine«
- supersonic flight speed«
- freestream«
- supersonic airflow«
- orbit vehicle«
- flame holder«
- significant thrust«
- flight test data«
- final acceleration«
- x team«
- simple liquid«
- ram accelerator«
- hypersonic flow«
- simple formulation«
- liquid air cycle engine«
- hypersonic aircraft«
- united state land«
- speed flow«
- missile flight«
- divergent nozzle«
- combustion rate«
- central motivation«
- busemann«
- analytical paper«
- advanced technology vehicle«
- calculation«
- successful flight test«
- oxygen«
- amount«
- stagnation temperature«
- dense fluid«
- payload fraction«
- normal shock«
- magnitude«
- modern rocket«
- base configuration«
- cost«
- unit«
- propulsion method«
- subsonic flow«
- energy fuel«
- speed characteristic«
- heat insulation«
- x project«
- joint research program«
- many proposal«
- structure«
- throttling«
- tolerable level«
- combined cycle«
- density«
- lack«
- higher speed«
- eventual cost«
- turbulent mixing«
- space shuttle external tank«
- turbine stage«
- orbit due«
- engine jet«
- billig«
- flight altitude«
- outback south australia«
- throttle setting«
- woomera test range«
- flameout«
- hypersonic flight«
- final application«
- atmospheric test«
- reaction scheme«
- loss«
- 70.85kg/m³)and«
- 1:1 simulation«
- 90-minute flight«