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  • DEPENDENT INTERNATIONAL PROSPECT OF THE RADIATION-SAFE ELECTRO ROCKET AND ROCKET INSTALLATION FOR SERVICE OF SET OF ORBITAL AND LAND GROUPINGS

    Paper number

    IAC-13,C4,7-C3.5,10,x20273

    Author

    Prof. Igor Kurkin, Moscow Aviation Institute (State Technical University), Russian Federation

    Coauthor

    Mr. Alecsander Merkov, Moscow Aviation Institute, Russian Federation

    Year

    2013

    Abstract
    Variants of requirements to characteristics of various electro rocket impellent installations (capacity
    of the module, quantity of modules, draught, specific draught etc.) depending on external situations
    are analyzed. Multipurpose nuclear installations by capacity in 1000 kW are developed. In
    presentation the international possibilities of the multipurpose nuclear device with electro rocket
    engines are shown. It should have the same value, as well as the international base station. They will
    provide performance of the international problems from different continents of stationary, floating
    and flying platforms. Winged devices which serve space reusable the device, also are reusable and
    multipurpose. With use of key, reusable electro rocket and winged rocket steps building and service
    of set of space and space groupings will be provided.
    The system of innovations is provided. Increase of efficiency of engines, radiating and radio
    engineering devices at the expense of use of electronic cells of various configurations (spherical,
    cylindrical and cubic). After resource exhaustion radiation-dangerous objects are not subject to
    recycling. They go to distant space for the decision of global scientific problems. The device will be
    equipped by a radar and noise proof radio engineering devices for studying of surrounding space
    (zones of space garbage, asteroid space, studying of companions of planets of giants). In
    presentation priority possibilities of various impellent installations are shown.
    Abstract document

    IAC-13,C4,7-C3.5,10,x20273.brief.pdf

    Manuscript document

    (absent)