asteroza + mars   23

REACTIVE INNOVATIONS, LLC - Reactive Innovations
Some sort of electrochemical CO2 separator that can operate at high pressure. NASA is looking into using it for mars ISRU for CO2 feedstock
electrochemical  CO2  separator  separation  NASA  space  mars  ISRU  research  technology 
june 2018 by asteroza
Transactions of the Symposium on Space Nuclear Power Systems, (5th) Held at Albuquerque, New Mexico on January 11, 1988. | National Technical Reports Library - NTIS
The PDF contains info on wheelguns, giant counterrotating flywheel hoops in space to supply power to SDI weapons, mainly railguns/particle accelerator cannons/free electron lasers that need huge amounts of power right now. Appears to expect to be trickle charged over time by a small space nuclear reactor (SNAP? atomic teakettle?). Also has an interesting microwave power beaming scenario from a nuke in mars synchronous orbit to a ground rover, high performance radiators, including a fabric heatpipe radiator, a curie point magnetic liquid droplet radiator, and other power conversion concepts.
SDI  wheelgun  space  counterrotating  flywheel  hoop  energy  storage  power  generator  FEL  free  electron  laser  railgun  neutraal  particle  accelerator  cannon  military  WPT  microwave  transmission  mars  MSO  rectenna  rotating  loop  pulsed  fabric  radiator  heat  thermal  management 
march 2018 by asteroza
Press Release September 18 2017 | MATT
The implication is a mars (Deimos) tether anchored off equator (13 degrees) has sufficient catenary curve to passively avoid phobos. Notably this is for a zip line down to the surface.
space  research  mars  deimos  tether  transportation  infrastructure  elevator 
september 2017 by asteroza
Mars Molniya Orbit Atmospheric Resource Mining | NASA
Interesting cyclic PROFAC for Mars. Using Molniya orbits is certainly different, but the main part looks to be a deep diver atmospheric scoop that spends more time out of atmosphere to cool/liquify propellant. Is this simply aerocapture by another name?
NIAC  NASA  mars  atmosphere  atmospheric  scoop  diver  ramdiver  ISRU  propellant  collection  PROFAC  ramscoop  aerocapture  molniya  orbit  Delicious 
april 2016 by asteroza
Elon Musk's high-speed Hyperloop train makes more sense for Mars than California
Well, on mars, you could level/grade the right-of-way and lay down a sintered halfpipe, which gets you most of the way to a hyperloop configuration, since ambient atmosphere is pretty low. Use the same sucking configuration to supply air to the hoverpad feet, and exhaust to atmosphere, obviating the need for cooling exhaust air.
hyperloop  vacuum  train  mars  vehicle  transportation  infrastructure  space  tubetrain  Delicious 
july 2015 by asteroza
Another group trying to design a manned mars mission, on SpaceX hardware.
space  mars  Delicious 
may 2015 by asteroza
Helicopter Could be 'Scout' for Mars Rovers
I would have expected larger rotors, more like one of those human powered helicopters. With the low pressure, you need hugely long rotors.
NASA  JPL  mars  coaxial  rotor  helicopter  space  research  technology  flight  aerospace  aviation  Delicious 
january 2015 by asteroza
Mars Aerocapture/Aerobraking Aeroshell Configurations
Quick overview of various reentry heatshield designs, particularly the inflatable variety.
inflatable  decelerator  heatshield  mars  aerobraking  aerocapture  hypercone  ballute  reentry  systems  space  research  technology  reference  Delicious 
march 2014 by asteroza
Arko's Blog » Blog Archive » Programmable Mars Watch for $50
I wonder if the choice of extending the time, and not have the proverbial 39 minute "timeslip" at midnight as proposed by Kim Stanley Robinson might be a better human factors choice?
programmable  firmware  software  app  android  hardhack  timekeeping  time  timeslip  NASA  wristwatch  clocl  mars  Delicious 
september 2012 by asteroza
Engineers creating carbon-negative Mars rocket
Basically a hybrid solid rocket, using aluminum powder grain fuel and CO2 (gas? solid?) for fuels, with the CO2 being collected locally on the martian surface. Though considering all the ISRU work done so far, I would have thought producing oxygen for the oxidizer would have been more attractive from an overall integrated system/mass/power budget perspective...
rocket  propulsion  materials  science  chemistry  research  CO2  carbon  dioxide  aluminum  magnesium  hybrid  vehicle  transportation  technology  space  Mars  Delicious 
july 2010 by asteroza

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