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Media:19660081621_1966081621.pdf Electric Propulsion by Ernst Stuhlinger Category:Publications

Media:19660081611_1966081611.pdf Electrical Propulsion System For Space Ships with Nuclear Power Source by Ernst Stuhlinger Category:Publications

... Electric Propulsion by Ernst Stuhlinger Electrical Propulsion System For Space Ships with Nuclear Power Source by Ernst Stuhlinger Ernst Stuhlinger-Disney Mars Vehicle animation ELECTROSTATIC PROPULSION by Langmuir, D. B., E. Stuhlinger and J. M. Seilen (eds) reviewed by Frederick I. Ordway III Ernst Stuhlinger Mars vessel VR 1954 Ernst Stuhlinger "Mars and Beyond ...

file=Disney_marsvr.mov width=400 height=500 autoplay=true 3D Rendering of the Ernst Stuhlinger Mars vessel and lander VR (circa 1954) (with bottle suits) (Requires Quicktime browser plug-in) Category:Quicktime VR spacecraft

... ELECTROSTATIC PROPULSION''' by Langmuir, D. B., E. Stuhlinger and J. M. Seilen (eds) ''New York, 1961: Academic Press, 579 pages, $5.75'' Volume ... Boltzmann Equation for Ion Beam Neutralization Studies," "Circular Beam Neutralization," "Neutralization of Ion Beams for Propulsion by Electron Trap Formation," "On Ion Rocket Neutralization," "Present Status of the Beam Neutralization Problem," "Theory ...

... Interplanetary Society for Volume 60 60 '''Page ''' - 63-71 '''Year''' - 2007 '''Keywords''' - Small spacecraft, electric propulsion, electric propulsion missions, electric thrusters, solar cells, solar arrays, silicon carbide electronics, lithium-ion batteries, space computers, MEMS technology ... allowed electric propulsion (EP) systems to become viable for spacecraft in this category. The paper therefore considers initially the application of EP systems to a variety of future missions, the benefits achieved by ...

... Centre, in Darmstadt Germany. SMART-1's primary mission goal was to demonstrate Solar Electric Primary Propulsion by orbit raising from Geostationary Transfer Orbit to the Moon. Due to favourable thruster and power ... made history with several notable firsts, including being the first Electric Propulsion (EP) mission to escape Earth orbit, the first to use Electric Propulsion to enter into orbit around another celestial body, and Europe ...

... '''Page ''' - 268-278 '''Year''' - 2005 '''Keywords''' - Near Earth asteroids, deflection, impact mitigation, nuclear and solar electric propulsion '''JBIS Reference Code ''' - 2005.58.268 '''Number of Pages''' - 11 Abstract The near-Earth object ... deflection capability (minimum response time) that could be achieved with a rendezvous/landed spacecraft, using electric propulsion and nuclear/solar power technologies likely to be available in the near-term, within the ...

... Interplanetary Society for Volume 59 59 '''Page ''' - 230-238 '''Year''' - 2006 '''Keywords''' - Human exploration missions, electric propulsion, lunar mission architectures, space architectures, Mars mission architectures, space exploration cost, cost reduction '''JBIS Reference ... - use of in-space propulsion and crew habitation systems. Independent cost analyses are presented and architectures with and without electric propulsion are compared in terms of average annual cost. Electric propulsion architectures can approach 50 ...

... for Volume 59 59 '''Page ''' - 306-312 '''Year''' - 2006 '''Keywords''' - Ceres, minor planets, micromission, solar electric propulsion, spacecraft design '''JBIS Reference Code ''' - 2006.59.306 '''Number of Pages''' - 7 Abstract The largest ... increasing spacecraft size to devote a greater fraction to power and propulsion, an approach minimizing mass in "core" systems allows electric propulsion to use smaller thrusters and lower power levels. Mission design must ...

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