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Asteroid-impact avoidance / In-situ resource utilization / Manned mission to Mars / Asteroid mining / Near-Earth object / Dawn / Space habitat / Space exploration / Gravity assist / Spaceflight / Space technology / Space


65th International Astronautical Congress, Toronto, Canada. Copyright ©2014 by the International Astronautical Federation. All rights reserved. IAC-14.A5.3-B3.6.7, x26388 Synergies of Robotic Asteroid Redirection Techn
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Document Date: 2014-10-06 14:22:27


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City

Chelyabinsk / Toronto / /

Company

Robotic Asteroid Redirection Technologies / Nathan J. Strange Jet Propulsion Laboratory / Damon Landau Jet Propulsion Laboratory / Chris Lewicki Planetary Resources Inc. / Human Space Exploration John R. Brophy / /

Country

United States / Canada / /

Currency

USD / /

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Event

Product Issues / /

Facility

Projected ARM Hall Propulsion System Characteristics ARM Hall IPS Typical Hall / Human Space Exploration John R. Brophy Jet Propulsion Laboratory / Thomas Jones Florida Institute / David Manzella NASA Glenn Research Center / International Space Station / California Institute of Technology / /

IndustryTerm

search assets / chemical rockets / satellite mass / metal atom / carbonyl gas / transportation / satellite subsystems / assumed propulsion systems / high-energy asteroids / pure metal / chemical propellants / life support systems / search infrastructure / bi-prop systems / propulsion systems / transportation technologies / Precision deflection technologies / chemical capture / search capability / higher power systems / chemical propulsion / communication satellite market / metal extraction / chemical propulsion system / thruster ion propulsion systems / metal grains / metal / human transportation system / platinum-group metal / solar array technology / human interplanetary transportation capabilities / potential different future high-power solar electric propulsion mission applications / deflection technologies / metal phase / large chemical propulsion system / solar electric propulsion technology areas / high-strength metal castings / transportation challenge / likely metal items / state-of-art electric propulsion systems / solar array technology developments / solar array manufacturing costs / storage technologies / mining / solar energy / state-of-art commercial satellite solar arrays / asteroid retrieval technology / Candidate processing methods / technology developments / native metal grains / programmatic solution / /

OperatingSystem

NEOs / /

Organization

Russell Schweickart B612 Foundation / California Institute of Technology / U.S. government / Harvard / Planetary Society / NASA’s Dawn mission / Asteroid Redirect Mission / ARM SEP / Human Space Exploration John R. Brophy Jet Propulsion Laboratory / Congress / Institute for Human and Machine Cognition / U.S. Congress / African Union / NASA’s Space Technology Mission Directorate / National Aeronautics and Space Administration / Smithsonian Center for Astrophysics / International Astronautical Federation / Institute for Space Studies / /

Person

Lewis / Louis Friedman / Keck / Thomas Jones / Martin Elvis / Russell Schweickart / Thomas A. Prince / /

Position

astronaut / Executive Director / Director Emeritus / prince / Director / cycler / Mars Cycler / /

Product

GTO / water source / /

ProvinceOrState

Colorado / /

Technology

radiation / storage technologies / solar array technology / ARMderived technology / using asteroid retrieval technology / key deflection technologies / asteroid retrieval technology / PD deflection technologies / ARM technology / deflection technologies / laser / Precision deflection technologies / Urine processors / key transportation technologies / ARM SEP technology / Deflection technology / ISP / SEP technology / /

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