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#ionthruster — Public Fediverse posts

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  1. Say this quickly three times - magnetoplasmadynamic thruster!

    NASA/JPL successfully tested a new magnetoplasmadynamic (MPD) ion thruster spacecraft engine that runs on lithium metal vapor.

    Ion engines accelerate ions — charged atoms — out through a nozzle to provide thrust, hence they are often described as using "electric propulsion" and are 25 times more powerful that current engines that burn chemical propellant.

    The test showed the electric propulsion system capable of operating at power levels up to 120 kilowatts. space.com/astronomy/mars/nasa- #NASA #Space #SpaceCraft #MPDEngines #magnetoplasmadynamic #Ions #IonThruster #Lithium

  2. Say this quickly three times - magnetoplasmadynamic thruster!

    NASA/JPL successfully tested a new magnetoplasmadynamic (MPD) ion thruster spacecraft engine that runs on lithium metal vapor.

    Ion engines accelerate ions — charged atoms — out through a nozzle to provide thrust, hence they are often described as using "electric propulsion" and are 25 times more powerful that current engines that burn chemical propellant.

    The test showed the electric propulsion system capable of operating at power levels up to 120 kilowatts. space.com/astronomy/mars/nasa- #NASA #Space #SpaceCraft #MPDEngines #magnetoplasmadynamic #Ions #IonThruster #Lithium

  3. Say this quickly three times - magnetoplasmadynamic thruster!

    NASA/JPL successfully tested a new magnetoplasmadynamic (MPD) ion thruster spacecraft engine that runs on lithium metal vapor.

    Ion engines accelerate ions — charged atoms — out through a nozzle to provide thrust, hence they are often described as using "electric propulsion" and are 25 times more powerful that current engines that burn chemical propellant.

    The test showed the electric propulsion system capable of operating at power levels up to 120 kilowatts. space.com/astronomy/mars/nasa- #NASA #Space #SpaceCraft #MPDEngines #magnetoplasmadynamic #Ions #IonThruster #Lithium

  4. Say this quickly three times - magnetoplasmadynamic thruster!

    NASA/JPL successfully tested a new magnetoplasmadynamic (MPD) ion thruster spacecraft engine that runs on lithium metal vapor.

    Ion engines accelerate ions — charged atoms — out through a nozzle to provide thrust, hence they are often described as using "electric propulsion" and are 25 times more powerful that current engines that burn chemical propellant.

    The test showed the electric propulsion system capable of operating at power levels up to 120 kilowatts. space.com/astronomy/mars/nasa- #NASA #Space #SpaceCraft #MPDEngines #magnetoplasmadynamic #Ions #IonThruster #Lithium

  5. Say this quickly three times - magnetoplasmadynamic thruster!

    NASA/JPL successfully tested a new magnetoplasmadynamic (MPD) ion thruster spacecraft engine that runs on lithium metal vapor.

    Ion engines accelerate ions — charged atoms — out through a nozzle to provide thrust, hence they are often described as using "electric propulsion" and are 25 times more powerful that current engines that burn chemical propellant.

    The test showed the electric propulsion system capable of operating at power levels up to 120 kilowatts. space.com/astronomy/mars/nasa-

  6. Liquid and solid propellant 🔥 #rocket engines feature low mass efficiency due to the thermodynamic limitations and extremely low efficiency at small thrust. The electric 🔋 thrusters do not pose limits on the propellant exhaust velocity and the propellant mass consumption may be very low nature.com/articles/s41467-017

    #ElectricPropulsion #PlasmaThruster #IonThruster #HallThruster

  7. Liquid and solid propellant 🔥 #rocket engines feature low mass efficiency due to the thermodynamic limitations and extremely low efficiency at small thrust. The electric 🔋 thrusters do not pose limits on the propellant exhaust velocity and the propellant mass consumption may be very low nature.com/articles/s41467-017

    #ElectricPropulsion #PlasmaThruster #IonThruster #HallThruster

  8. Liquid and solid propellant 🔥 #rocket engines feature low mass efficiency due to the thermodynamic limitations and extremely low efficiency at small thrust. The electric 🔋 thrusters do not pose limits on the propellant exhaust velocity and the propellant mass consumption may be very low nature.com/articles/s41467-017

    #ElectricPropulsion #PlasmaThruster #IonThruster #HallThruster

  9. Liquid and solid propellant 🔥 #rocket engines feature low mass efficiency due to the thermodynamic limitations and extremely low efficiency at small thrust. The electric 🔋 thrusters do not pose limits on the propellant exhaust velocity and the propellant mass consumption may be very low nature.com/articles/s41467-017

    #ElectricPropulsion #PlasmaThruster #IonThruster #HallThruster

  10. Liquid and solid propellant 🔥 #rocket engines feature low mass efficiency due to the thermodynamic limitations and extremely low efficiency at small thrust. The electric 🔋 thrusters do not pose limits on the propellant exhaust velocity and the propellant mass consumption may be very low nature.com/articles/s41467-017

    #ElectricPropulsion #PlasmaThruster #IonThruster #HallThruster

  11. New iodine-based plasma thruster tested in orbit - Enlarge / A demo version of the new thruster in operation. (credit: Thr... - arstechnica.com/?p=1813845 #materialsscience #ionthruster #spacecraft #chemistry #rocketry #science #physics #iodine

  12. Plasma-Powered Thrusters For Your Homebrew Satellite Needs - It seems as though every week we see something that clearly shows we’re living in the future. The ... more: hackaday.com/2019/09/09/plasma #ionthruster #pocketqube #propulsion #satellite #magnetic #cubesat #plasma #teflon #thrust #space #ultem #fuel #peek