#SpacecraftPropulsion

Spaceflight πŸš€spaceflight@spacey.space
2025-05-03

β€œWhile we are still some years away from making #fusion energy a viable technology for #PowerGeneration on Earth, we don’t need to wait to start using this power source for #SpacecraftPropulsion” edition.cnn.com/science/nuclea

#FusionPropulsion #helium3

Spaceflight πŸš€spaceflight@spacey.space
2025-04-25

To get enough fuel β›½ into #orbit for a #Mars πŸ”΄ mission would require at least 10 launches of the #SLS rocket, or about $20 billion πŸ’°. Just for the fuel. To use traditional propulsion, one needs to push the boundaries of #reuse ♻️ and heavy lift rockets to extreme limitsβ€”which is precisely what #SpaceX is trying to do with its fully reusable launch system arstechnica.com/science/2021/0

#SpacecraftPropulsion #reusability #LaunchCost

Spaceflight πŸš€spaceflight@spacey.space
2025-04-06

#Space 🌌 is a far more logical, sensible place to do #fusion, because that’s where it wants to happen anyway. In πŸ“† 2027, we’re going to send a small part of #Sunbird in #orbit. The first #functional Sunbird will be ready four to five years later. Sunbird could deliver #cargo to #Mars πŸ”΄ in under six months edition.cnn.com/science/nuclea

#SpacecraftPropulsion #FusionPropulsion #PulsarFusion

Spaceflight πŸš€spaceflight@spacey.space
2025-02-13

In an #electrospray thruster, charged particles are pulled directly out of a liquid propellant using a strong electric field and accelerated using charged #electrodes spacepropulsion.mit.edu/electr

#SpacecraftPropulsion #ElectricPropulsion

Spaceflight πŸš€spaceflight@spacey.space
2025-02-13

The #3Dprinted prototype was able to generate thrust more #efficiently than larger, more expensive #chemical rockets and outperformed existing droplet #electrospray engines. It can be produced rapidly and for a fraction of the #cost πŸ’΅ of traditional thrusters and even be fully made in #orbit 🌌 news.mit.edu/2025/mit-engineer

#SpacecraftPropulsion

Spaceflight πŸš€spaceflight@spacey.space
2024-05-01

#MIT #OpenLearning, topic #SpacePropulsion, excerpt :

β€’ Fundamentals and Definitions
β€’ Basic #Electromagnetic Theory and Plasma Physics
β€’ #Electrostatic Thrusters
β€’ Characterization of Space Propulsion Devices
β€’ #Plasma Accelerators
...
ocw.mit.edu/courses/16-522-spa

#SpacecraftPropulsion #OpenKnowledge

Spaceflight πŸš€spaceflight@spacey.space
2024-05-01

Ultrananocrystalline diamond πŸ’Ž may be a promising approach to prolong service life. #Nanoscaled metamaterial could help to reduce the heat losses. #SelfHealing of Boron nitride nanotubes with very high tensile strength similar to that of carbon nanotubes, and excellent electrical characteristics nature.com/articles/s41467-017

#SpacecraftPropulsion #MaterialsScience

Spaceflight πŸš€spaceflight@spacey.space
2024-04-07

#FusionPropulsion offers 1000 times the power of conventional #IonThrusters currently used in orbit. The vacuum environment and extremely cold ❄️ temperatures of space 🌌 provide an ideal setting for fusion propulsion * orbitaltoday.com/2023/07/14/in

* orbitaltoday.com/2023/06/15/us

#SpacecraftPropulsion
#RocketScience

Spaceflight πŸš€spaceflight@spacey.space
2024-04-07

The #FireStar Drive begins a fusion process by adding #boron into the thruster exhaust. The base thruster generates high-speed protons through the ionization of water vapor. These protons collide with the nucleus of a boron atom, which starts the fusion reaction. The technique produced ionizing radiation and increased the base propulsion unit’s thrust by 50% πŸ“ˆ interestingengineering.com/spa

#RocketStar #SpacecraftPropulsion #RocketScience

2024-03-16

What's Eagleworks Laboratories?
Get acquainted with Eagleworks...AKA
The Advanced Propulsion Physics Laboratory or "Eagleworks Laboratories" at NASA's Johnson Space Center is a small research group investigating a variety of theories regarding new forms of spacecraft propulsion.

Think 'warp drive'.

#spacecraftpropulsion #warpdrive

en.wikipedia.org/wiki/Advanced

@georgetakei

Spaceflight πŸš€spaceflight@techhub.social
2023-12-25

A #DirectFusionDrive* could propel a #spacecraft to #Mars πŸ”΄ in two months. For comparison, it took #NASA’s Perseverance rover about seven months to reach the Red Planet. payloadspace.com/helicity-rais

Exhaust speeds are calculated to be roughly one-thousand times that of a #HallEffectThruster space.com/nuclear-fusion-break

πŸ“† August 7, 2023 fusion ignition πŸ’₯ breakthrough reuters.com/business/energy/us

* en.wikipedia.org/wiki/Direct_F

#NuclearFusion #SpacecraftPropulsion #HelicitySpace #PulsarFusion

Hashtag ListsHashtags@toot.cat
2023-05-22
Spaceflight πŸš€spaceflight@techhub.social
2023-04-09

#ScienceDirect πŸ“† 2006 : The magneto-plasma sail produces the #propulsive force due to the interaction between the artificial #magnetic 🧲 #field around the #spacecraft inflated by the plasma and the #SolarWind erupted from the #Sun β˜€οΈ with a speed of 300–800 km/s sciencedirect.com/science/arti

#Magnetic sail en.wikipedia.org/wiki/Magnetic

#MagneticPropulsion #SpacecraftPropulsion

Spaceflight πŸš€spaceflight@techhub.social
2023-04-09

#Space #LaserPropulsion concept, traveling into #DeepSpace at 480,000 km/h : Pellet-beam propulsion #spacecraft could reach #Voyager 1 πŸ›°οΈ in 5 years interestingengineering.com/sci

Voyager positions : voyager.jpl.nasa.gov/mission/s

Picture : Voyager 1 trajectory in the sky from #earth from 1977-2030 commons.wikimedia.org/wiki/Fil

#SpacecraftPropulsion

Spaceflight πŸš€spaceflight@techhub.social
2022-11-13

#ArsTechnica πŸ“† May 2020 #Microwave plasma thruster - #Plasma #thrusters have generally been thought of as a means of #propulsion in #space, but now one has been designed to operate under #atmospheric conditions arstechnica.com/science/2020/0

Also see #spacecraft electricπŸ”Œ propulsion en.wikipedia.org/wiki/Electric

#SpacecraftPropulsion

Hall thruster identical to those that will be used to propel the Psyche spacecraft

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