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Human spaceflight / Space colonization / Manned spacecraft / Altair / RL10 / Propellant depot / Centaur / Apollo Lunar Module / Moon landing / Spaceflight / Space technology / Exploration of the Moon


Robust Lunar Exploration Using an Efficient Lunar Lander Derived from Existing Upper Stages AIAA[removed]Bernard F. Kutter1, Frank Zegler2, Jon Barr3, Tim Bulk4, Brian Pitchford5 United Launch Alliance
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Document Date: 2012-11-20 18:32:26


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File Size: 3,09 MB

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City

Denver / /

Company

Senior Systems / ACS / Pratt and Whitney / /

Continent

America / /

Facility

mT Fission Surface Power System / /

IndustryTerm

long-duration cryogenic applications / design solutions / planned lunar surface systems / Vehicle equipment / excavation equipment / lunar surface systems / an innovative solution / in-space applications / cryogenic propulsion systems / higher energy / high energy / transportation needs / intact cryogenic propulsion stage hardware / power systems / cryogenic systems / energy / high energy exhaust plume / /

Organization

Brian Pitchford5 United Launch Alliance Denver / Columbia Accident Investigation Board / US Federal Reserve / National Aeronautics and Space Administration / ACES DTAL / U.S. Securities and Exchange Commission / United Launch Alliance / /

Position

astronaut / Director Technical Operations / Side mount Propulsion Forward / Manager / ATHLETE / straight-forward / stage designer / / Sr. Manager / Engineer / /

Product

RL10 / Nitrous Oxide Nitrogen Tetroxide Outer Mould Line Propellant Management Device Service Module Trans Earth Injection / RL / /

ProgrammingLanguage

FL / C / T / /

Technology

radiation / ISP / /

SocialTag