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The Development of a Propellantless Space Debris Mitigation Drag Sail for LEO Satellites Michael Pfisterer, Kevin Schillo, Christopher Valle, and Kuo-Chi Lin Department of Mechanical, Materials, and Aerospace Engineering
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Document Date: 2012-06-13 21:17:51


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File Size: 650,16 KB

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City

Washington / DC / /

Company

Atmel / Hertz / Safety Safety / /

Country

United States / /

Currency

AWG / /

Facility

University of Central / University of Central Florida Orlando / University Nanosatellite Program / International Space Station / University of Central Florida / /

IndustryTerm

satellite mission / communications system / communications satellite / satellite subsystems / area time product / chemical film / electronics package / propellantless orbital maneuvering systems / drag enhancement devices / dag enhancement devices / satellite prototype / propulsion systems / nitrogen gas / electronics / onboard propulsion systems / area-time product / power systems / software solution / pressurized gas / /

Organization

Chan Ham Department of Mechatronics Engineering / Space Flight Center / Kuo-Chi Lin Department of Mechanical / Materials / and Aerospace Engineering / University of Central Florida / Air Force office of Scientific Research / National Aeronautics and Space Administration / NASA Orbital Debris Program Office / 3DM-GX1 Inertial Motion Unit / Space Administration / NASA Orbital Debris Office / /

Person

Kevin Schillo / Chi Lin / Christopher Valle / /

Position

General / /

ProgrammingLanguage

FL / DC / /

ProvinceOrState

Florida / Georgia / /

Region

Central Florida / /

Technology

Simulation / RCM5700 processor / /

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