Examples of using Rocket engine in English and their translations into Danish
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In practice, we see a flare rocket engine.
Rocket engines produce thrust by the expulsion of a high-speed fluid exhaust.
North Korea says it successfully ground tests new rocket engine.
Nordkorea siger, at det med succes malet tests ny raketmotor.Ignition tubes in rocket engine can overcome this problem, two exceptions are graphite and tungsten~1200 K for copper.
Tænding rør i raketmotor kan løse dette problem, to undtagelser er grafit og wolfram~ 1200 K for kobber.We can provide ignition tubes for rocket engine as your requirements.
Vi kan tilbyde tænding rør for raketmotor som dine krav.Sometimes I take my lunch over there andwatch them build rocket engines.
Rocket engines, space launch vehicles, certain software and electronic equipment have now been added to the list of goods concerned: OJL178, 1997.
Raketmotorer, opsendelsesfartøjer og visse software og elektronik komponenter er blevet tilføjet den pågældende liste: EFT L 178,1997.Such electric motors are pulling the satellite into orbit without having to use the"standard" chemical rocket engine.
Sådanne elektriske The rocket engines must fire perfectly, delivering just the right thrust at just the right time, directed in precisely the right way.
De raketmotorer skal affyre perfekt, levere In 1923, the American scientist Robert H. Goddard became the first person to develop a rocket engine that burned liquid fuel;
I 1923 blev den amerikanske forsker Robert H. Goddard den første person til at udvikle en raketmotor, der anvendte flydende brændstof;A rocket engine component is formed as a tungsten-copper composite substrate, and a functionally-gradient material coating overlying and contacting the substrate.
En raketmotor komponent er udformet som en wolfram-kobber komposit substrat, og en funktionelt gradient materiale overtræk ligger over og i kontakt med substratet.With Kristian von Bengtson he has started Denmarks first manned space program,where he is currently conducting test experiments with his rocket engines.
Med Kristian von Bengtson har han startet Danmarks første bemandede rumprogram,hvor han er i gang med test eksperimenter med sine raketmotorer.Falcon Heavy is created on the basis of Falcon 9,it is equipped with the first stage liquid rocket engine Merlin 1D, nine in the central and two lateral boosters.
Falcon Heavy er skabt på grundlag af Falcon 9,den er udstyret med den første fase væske raketmotor Merlin 1D, ni i den centrale og to laterale boostere.Because of its superior wear resistance, high melting point, low vapor point and strange hardness,tungsten alloy is increasingly used to manufacture ignition tubes of rocket engines.
Grund af den overlegne slidstyrke, højt smeltepunkt, lav damp punkt og mærkelige hårdhed,er wolfram-legering i stigende grad anvendes til fremstilling af tænding rør af raketmotorer.Tungsten copper alloy commonly used in high temperature materials, because of its unique advantages,as military rocket engine nozzle throat insert, rudder and other high temperature components.
Tungsten kobberlegering, der almindeligvis anvendes i materialer med høj temperatur, på grund af dets unikke fordele,som militær raketmotor dyse hals indsats, ror og andre høj temperatur komponenter.During his time with AAG David developed new methods for producing Hydrogen and Oxygen, designed and prototyped multi-fueled bladeless turbine power generation systems, andconstructed metal-combustion rocket engines.
I sin tid hos AAG udviklede David nye metoder Innovative Solutions, including the use of two deployable robotic manipulators,help establish electric rocket engines to the desired position, to set the correct direction of thrust and altitude during the various phases of the flight mission.
Innovative løsninger, herunder anvendelse af to deployerbare robot manipulatorer,hjælpe med at etablere elektriske raketmotorer til den ønskede position, at indstille den korrekte retning af fremdrift og højde i de forskellige faser af flyvningen mission.The use of all-electric rocket engines to lift the orbit and the orbital maneuvering, and xenon gas, ejected at high speed and only electric power from the solar panels, It relieves operators from having to use tons of chemical fuel, and reduces the weight to the satellite 40.
Brugen af alle elektriske raketmotorer at løfte bane og orbital manøvrering, og xenon gas, skubbet ud ved høj hastighed og kun elektrisk strøm fra solpanelerne, Det lindrer operatører fra at skulle bruge tonsvis af kemisk brændstof, og reducerer vægten til satellitten 40.Far more complex periscopes are in use in submarines and tanks, andto achieve remote viewing in inaccessible areas such as nuclear reactors, rocket engines or- as miniature instruments- inside the human body endoscope.
Langt mere komplekse periskoper er i brug i undervandsbåde og tanks, ogfor at opnå på afstand at kunne betragte utilgængelige områder som for eksempel atomreaktorer, raketmotorer eller- som miniatureinstrumenter- inden i den menneskelige krop endoskop.The upgraded version of the carrier is to get the rocket engines with an increase of 10% thrust, board systems based on domestic element base, and a number of structural differences, aimed at reducing the weight of the rocket and the cost of its manufacture.
Den opgraderede version af transportøren er at få raketmotorer med en stigning på 10% fremstød, board systemer baseret på indenlandske element bund, og en række strukturelle forskelle, formål at reducere vægten af raketten og udgifterne til dets fremstilling.A special feature of this project is, that it provides the first in the history of Russian cosmonautics pairlaunch geostationary satellites middle-class communications, and to move the satellite to set the orbital position propel spacecraft technology will be applied with the use of electric rocket engines satellites themselves.
Et særligt træk ved dette projekt er, at det giver den første i historien om russiske Cosmonautics par lanceregeostationære satellitter middelklasse kommunikation, og for at flytte satellitten at indstille orbitalposition fremdrift rumfartøjsteknologi vil blive anvendt med anvendelsen af elektrisk raketmotorer satellitter selv.Featuring high-tech gadgetry including Bond's sleek Aston-Martin automobile(outfitted with high-powered lasers and a rocket engine), it's a slam-bang action extravaganza with unbelievable stunts, ingenious plot twists, and sensuous encounters or overwhelming passion.
Med højteknologisk gadgetry, herunder Bond's slanke Aston-Martin-bil(udstyret med højtdrevne lasere og en raketmotor), er det et slam-bang action-ekstravaganza med utrolige stunts, geniale plot vendinger og sensuelle møder eller overvældende lidenskab.Tungsten copper alloy is used as missiles in aerospace, the rocket engine nozzle, gas rudder, air rudder, the nose, the main requirement is to require high temperature(3000K~ 5000K), high temperature air erosion capacity, the main use of copper at high temperatures sweating refrigeration volatile form of(copper melting point of 1083℃), reducing the surface temperature of tungsten copper, ensure that the use in extreme conditions at high temperatures.
Tungsten kobber legering anvendes som missiler i luftfart, raketmotor dyse, gas ror, luft ror, næsen, det vigtigste krav er at kræve høj temperatur(3000K~ 5000K), høj temperatur luft erosion kapacitet, hovedbrug af kobber på høj temperatur sved køling flygtige form af(kobber smeltepunkt på 1083 ℃), reducere overfladetemperaturen af wolfram kobber, sikre, at brugen i ekstreme forhold ved høje temperaturer.Can be used for aircraft engines and combustion flame guides,spacecraft liquid rocket engine hoses, nozzles and valves, rocket nozzles, to return to the ends of the aircraft, satellites and spacecraft skin, boat and guide plates and wings protective coating material.
Tungsten copper alloy in the aerospace used as a missile, rocket engine nozzle vane air rudder, the nose cone, the main requirement is to require high temperature(3000K to 5000K), high temperature airflow flushing capacity, using mainly copper at high temperatures The volatiles formed diaphoretic refrigeration(copper melting point 1083° C), to reduce the surface temperature of the copper tungsten, use in high temperature and under extreme conditions.
Tungsten kobberlegering i luftrummet, der anvendes som missil, raketmotor dysevinge luft ror, næsekeglen, er det vigtigste krav at kræve høj temperatur(3000K til 5000K), høj temperatur luftstrøm spyling kapacitet ved at bruge hovedsageligt kobber ved høje temperaturer de flygtige dannet diaphoretisk afkøling(kobber smeltepunkt 1083 ° C) for at reducere overfladetemperaturen af kobberwolframen, anvendelse i høj temperatur og under ekstreme forhold.Tungsten copper alloy in the aerospace used as a missile, rocket engine nozzle vane air rudder, the nose cone, the main requirement is to require high temperature(3000K to 5000K), high temperature airflow flushing capacity, using mainly copper at high temperatures.
Tungsten kobberlegering i luftrummet, der anvendes som en missil, raketmotor dysevinge luft ror, næsekeglen, er det vigtigste krav at kræve høj temperatur(3000K til 5000K), høj temperatur luftstrøm spyling kapacitet ved at bruge hovedsageligt kobber ved høje temperaturer.Military High Temperature Materials Tungsten copper alloy sheet is used as missiles in aerospace, the rocket engine nozzle, gas rudder, air rudder, the nose, the main requirement is to require high temperature(3000K~ 5000K), high temperature air erosion capacity, the main use of copper at high temperatures sweating under refrigeration volatile form of(copper melting point of 1083℃), reducing the surface temperature of tungsten copper, ensure that the use in extreme conditions at high temperatures.
Militære højtemperaturmaterialer Tungsten kobber legering ark anvendes som missiler i luftfart, raketmotor dyse, gas ror, luft ror, næsen, hovedkravet er at kræve høj temperatur(3000K~ 5000K), høj temperatur luft erosion kapacitet, hovedbrug af kobber ved høje temperaturer sved under køling flygtige form af(kobber smeltepunkt på 1083 ℃), reducere overfladetemperaturen af wolfram kobber, sikre, at brugen i ekstreme forhold ved høje temperaturer.
