Synonyme wurden verwendet für: space unit
Suche ohne Synonyme: keywords:(space power unit reactor)

21–40 von 164 Ergebnissen
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    Presentation to Marshall Space Flight Center for Nerva Thrust Vector Control System

    NTIS | 1963
    Schlagwörter: Nuclear Auxiliary Power Systems , Nerva reactor , Space flight

    Snap 8 Reactor and Shield Specifications for Use in Snap 8 Spacecraft Design Studies

    NTIS | 1961
    Schlagwörter: Nuclear Auxiliary Power Systems , S8 reactor , Reactor components , Reactor cores , Space vehicles

    Minutes of the Fifth Meeting of the Rover Flight Safety Panel, Cape Canaveral, Florida, April 18--19, 1962

    NTIS | 1962
    Schlagwörter: Nuclear Auxiliary Power Systems , Nerva reactor , Space flight

    Nerva Flight Safety Contingency Plan

    NTIS | 1968
    Schlagwörter: Nuclear Auxiliary Power Systems , Nerva reactor , Space flight

    Space Power and the Progression of Manned Space Flight Requirements

    Parker, R. N. | NTRS | 1967
    Schlagwörter: POWER REACTOR , MANNED SPACE FLIGHT , Space Vehicles , SPACE MISSION

    Snap-50: P and Wa Canel Program Information

    NTIS | 1965
    Schlagwörter: Nuclear Auxiliary Power Systems , Snap 50 reactor , Space power reactors

    Manned Space Flight Nuclear System Safety. Volume 3. Reactor System Preliminary Nuclear Safety Analysis. Part 2. Accident Model Document (Amd). Final Report

    NTIS | 1972
    Schlagwörter: Nuclear Auxiliary Power Systems , Reactor safety , Space power reactors , Reactor accidents , Space flight , Space vehicles

    Snap-50/Spur Reference Design No. 1

    J. S. Murphy | NTIS | 1963
    Schlagwörter: Nuclear Auxiliary Power Systems , S50 reactor , Reactor control systems , Reactor instrumentation , Space vehicles

    Solar Electric Propulsion for Discovery-Class Missions

    Oh, David Y. / Snyder, John Steven / Goebel, Dan M. et al. | AIAA | 2014
    Schlagwörter: Space Environment , Power Processing Unit , Power System

    Overview of Stirling Technology Research at NASA Glenn Research Center

    S. D. Wilson / N. A. Schifer / Z. D. Williams et al. | NTIS | 2016
    Schlagwörter: Space Technology , Space missions , Nasa space programs , Nuclear reactor control , Nuclear electric power generation , Spacecraft power supplies

    Research Work on Thermionic Reactors as Power Supply System for Space Vehicles

    R. Pruschek / H. Unger | NTIS | 1966
    Schlagwörter: Electric Power Production , Nuclear auxiliary power , Power supply , Thermionic reactor , Power , Reactor , Space vehicle

    Technical Characteristics and Working Conditions of Long-Term Orbiting Salyut-Type Space Stations

    NTIS | 1978
    Schlagwörter: Salyut space station , Space shuttles , Space power unit reactors , Space rendezvous , Space stations , U.s.s.r. space program

    Nerva Mission Data Book

    T. E. Lavenda / R. L. Rishel | NTIS | 1969
    Schlagwörter: Nuclear Auxiliary Power Systems , Nerva reactor , Space flight

    Manned Space Flight Nuclear System Safety. Volume 5. Nuclear System Safety Guidelines. Part 1. Space Base Nuclear Safety. Final Report

    NTIS | 1972
    Schlagwörter: Nuclear Auxiliary Power Systems , Space power reactors , Reactor safety , Space flight , Space vehicles

    Electric Propulsion Subsystem Optimization for “Ion Beam Shepherd” Missions

    Cichocki, F. / Merino, M. / Ahedo, E. et al. | AIAA | 2016
    Schlagwörter: Space Debris , Power Processing Unit

    Radiation Environment in Space

    J. W. Keller | NTIS | 1964
    Schlagwörter: Space vehicle , Power , Reactor , Space

    Nuclear Flight System Definition Study. Phase III. Final Report. Volume VI. Reliability and Safety Analysis

    A. G. Lane | NTIS | 1971
    Schlagwörter: Reactor Engineering & Nuclear Power Plants , Nerva reactor , Reactor safety , Space flight , Space vehicles

    Manned Space Flight Nuclear System Safety. Volume 3. Reactor System Preliminary Nuclear Safety Analysis. Part 3. Nuclear Safety Analysis Document (Nsad). Final Report

    NTIS | 1972
    Schlagwörter: Nuclear Auxiliary Power Systems , Space power reactors , Reactor safety , Reactor accidents , Space vehicles

    Space Fission Power and Propulsion

    G. M. Houts | NTIS | 2014
    Schlagwörter: Reactor Physics , Reactor Engineering & Nuclear Power Plants , SPACE POWER REACTORS , PHOEBUS NUCLEAR REACTOR

    A realistic concept of a manned Mars mission with nuclear–electric propulsion

    Loeb, H.W. / Petukhov, V.G. / Popov, G.A. et al. | Elsevier | 2015
    Schlagwörter: Nuclear reactor space power plant