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Towards a Roadmap for Future Satellite Gravity Missions
September 30 - October 2, 2009, Graz, Austria
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Breakout Session B2 (Wednesday, September 30, 2009): Mission Design (Candidate Technology).
Co-chairs: Jürgen Müller, Stefano Cesare, Nico Sneeuw.
Rapporteur: Nico Sneeuw
Session program:
Wednesday, September 30, 2009
| 1120 - 1540: | Breakout Sessions:
B2: Mission design; Co-Chairs: Jürgen Müller, Stefano Cesare, Nico Sneeuw; session description. |
| 1120 - 1125 |
Jürgen Müller, Stefano Cesare: Introduction (presentations |
| 1125 - 1140 |
Pete Bender: Future gravity mission scenarios involving two pairs of drag-free satellites (abstract, presentation) |
| 1140 - 1155 |
Bryant Loomis: Possible mission architectures for a GRACE follow-on mission including a study on upgraded instrumentation suites, and multiple satellite pairs in moderately-inclined orbits (abstract, presentation) |
| 1155 - 1210 |
Stefano Cesare: First developments on laser metrology technologies and drag-free/formation control techniques (abstract, presentation) |
| 1210 - 1225 |
Jean-Pierre Marque: The ultra sensitive GOCE Accelerometers and their future developments (abstract, presentation) |
| 1225 - 1240 |
Albert Zaglauer: Platform design and technologies for future gravity missions (abstract, presentation) |
| 1240 - 1400 | Lunch |
| 1400 - 1415 |
Gerhard Heinzel: LISA Pathfinder technology developments applicable to future gravity missions (abstract, presentation) |
| 1415 - 1430 |
Wolfgang Schäfer: Advanced Concepts for Ranging and Time Transfer: Applications and Mission Support (abstract, presentation) |
| 1430 - 1445 |
Malte Schmidt: Advanced accelerometer/gradiometer concepts based on atom interferometry (abstract, presentation) |
| 1445 - 1500 |
A. Görlitz: Transportable optical clocks: towards gravimetry based on the graviational redshift (abstract, presentation) |
| 1500 - 1540 |
General discussion, questions/answers, and session wrap-up/conclusions |
Posters:
| Peter Gath: Long Lifetime Orbits for the German Lunar Exploration Orbiter (abstract, pdf) |
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