Back to Results
First PageMeta Content
Space / Astrology / Space debris / Low Earth orbit / Orbit / Space Based Space Surveillance / Geostationary orbit / Geosynchronous orbit / Geocentric orbit / Astrodynamics / Earth orbits / Spaceflight


IAC-14.A6.1.1 CAPABILITY OF A SPACE-BASED SPACE SURVEILLANCE SYSTEM TO DETECT AND TRACK OBJECTS IN GEO, MEO AND LEO ORBITS Jiri Silha1,2, Thomas Schildknecht1, Andreas Hinze1 Astronomical Institute, University of Bern, C
Add to Reading List

Document Date: 2014-10-27 05:36:42

Open Document

File Size: 391,43 KB

Share Result on Facebook

City

Bratislava / Prague / Darmstadt / Tenerife / SPACE / /

Company

Airbus / the Sun / IAC / /

Country

Germany / Spain / Czech Republic / /

/

Facility

Andreas Hinze1 Astronomical Institute / University of Bern / ESA’s Optical Ground Station / Comenius University / Teide Observatory / /

IndustryTerm

systematic search / observation site / navigation satellite system orbit / Space based systems / /

Organization

Congress / Andreas Hinze1 Astronomical Institute / Comenius University / Faculty of Mathematics / Physics and Informatics / University of Bern / /

Person

Frédéric Teston / Tim Flohrer / Jens Utzmann / ESA ESOC / MEO ORBITS / Philip Willemsen / Axel Wagner / LEO ORBITS / LEO COVERAGE / ESA ESTEC / /

Product

CH-3012 Bern / A6 / GTO / /

Technology

radiation / ESA / simulation / /

SocialTag