Paris / Girdwood / Prague / Cape Town / Wiesbaden / Chia Laguna / /
Company
ESA TECHNOLOGIES / GSTP / ITT / /
Country
Germany / Italy / South Africa / France / Brazil / Czech Republic / / /
Facility
Concurrent Design Facility / ESAs Concurrent Design Facility / American Institute of Aeronautics / Surrey University / /
IndustryTerm
technology roadmaps / destructive energy / conventional chemical propulsion system / arbitrary satellite / self-contained technology payload / supporting technologies / exhausted gas / technology assessment scheme / intact space hardware / vector control systems / defunct space hardware / technology demonstration mission / chemical propulsion / technology activities / shepherd satellite / image processing / Green technologies / control systems / active space debris removal systems / similar plasma propulsion device / chemical-liquid propulsion systems / satellite material / technology developments / host satellite / rigid capture systems / on-board image processing techniques / chemical thruster / ion beam shepherd satellite / /
Organization
ESA’s GSTP / DLRs Deutsche Orbitale Servicing Mission / European Space Agency / Congress / COBRa mission / American Institute of Aeronautics and Astronautics / Surrey University / National Aeronautics and Space Administration / Politecnico di Milano / Universidad Polit´ecnica de Madrid / /
Person
Jose dos Campos / /
Position
driver / Specialist / General / Artist / representative / proportional-derivative controller / controller / /
ESA TECHNOLOGIES FOR SPACE DEBRIS REMEDIATION K. Wormnes(1) , R. Le Letty(1) , L. Summerer(1) , R. Schonenborg(1) , O. Dubois-Matra(1) , E. Luraschi(1) , A. Cropp(1) , H. Krag(2) , and J. DelavalESA/ESTEC, Keple