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Composite materials / Heat transfer / Synthetic fibers / Reinforced carbon–carbon / Thermal conductivity / Earth Observing-1 / Spacecraft / International Space Station / Carbon-fiber-reinforced polymer / Spaceflight / Chemistry / Space technology


Carbon-Carbon Radiator Validation Report February 13, 2002 Nicholas M. Teti Swales Aerospace Beltsville, Maryland 20705
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Document Date: 2004-10-01 10:51:06

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File Size: 1,46 MB

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City

Beltsville / /

Company

Swales Aerospace / Lockheed Martin / Lockheed Martin Vought Systems / Naval Surface Warfare Center / Amoco / Materials Research & Design / BF Goodrich / Power Supply Electronics / Carbon-Carbon Spacecraft Radiator Partnership / M&S / TRW / /

Facility

ALUMINUM HONEYCOMB / Wright Patterson Air Force Base / NASA Goddard Space Flight Center / /

IndustryTerm

frictional applications / electronic devices / electronics / structural applications / density electronics / electronics boxes / technology validation / technology demonstration item / /

NaturalFeature

Thermal Math Model Bay / Radiator bay / /

Organization

National Aeronautics and Space Administration / NASA Langley Research Center / NASA Goddard Space Flight Center / /

Person

Al Bertram / Al Figure / Jim Findley / Nicholas M. Teti Swales / Steve Benner / Waylon Gammill / Andy Klavins / Joe Wright / Brian Sullivan / Don Gluck / Dan Butler / Wei Shih / Eric Becker / Elizabeth Shinn / Charlotte Gerhart / Wallace Vaughn / Cris Sprague / Howard Maahs / /

Position

spacecraft model for this analysis effort / /

Product

CCR / C -13 / C -11 / /

ProvinceOrState

Maryland / /

Technology

Heat Transfer / CCR technology / /

SocialTag