Display Time: Tuesday, 21 Apr 08:00–19:30
Attendance Time: Tuesday, 21 Apr 17:30–19:00
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| GRACE Data Analysis
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Hall A
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A1
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EGU2009-8483
Progress towards GFZ EIGEN-GRACE06S gravity field time series
F. Flechtner, Ch. Dahle, K.H. Neumayer, and R. König
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A2
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EGU2009-4319
Effective localized mass distribution after pattern-recognition technique: extracting more informations from GRACE data (withdrawn)
A. Bordoni and V.R. Barletta
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A3
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EGU2009-5241
Leakage Effects of Land Hydrology on the GRACE Derived Water Mass Estimates for the Black Sea
H. YILDIZ, O.B. ANDERSEN, A. KILICOGLU, M. SIMAV, and O. LENK
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A4
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EGU2009-4504
On the spatial pattern of semi-annual signals present in GRACE gravity fields
M. Naeimi and J. Mueller
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A5
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EGU2009-3611
Analysis of numerical differentiation methods applied for determination of kinematic velocities for LEOs
S. Farzaneh and S Mirboroon
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A6
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EGU2009-3613
kinematic velocities determination for Low Earth Orbit (LEO) satellite via kalman filter based on Global Positioning System (GPS) Receivers data
S. Farzaneh, S. Mirboroon, and T. Yousefzadeh
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A7
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EGU2009-6749
Orbit propagation of LEO satellites applying Multi-Step and Single-Step Integrators
M. Mahooti
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A8
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EGU2009-10061
Preliminary Orbit Determination Using the Gauss and the Double-R Iteration Methods
M. Mahooti
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A9
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EGU2009-7738
Static and Time-Varying Atmospheric Density Models for Drag Effect Modeling
M. A. Sharifi and M. Mahooti
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A10
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EGU2009-6690
Comparison of Kalman filter and Neural Network for orbit determination
S. Mirboroon and S. Farzaneh
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| GOCE Data Analysis
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A11
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EGU2009-4463
External calibration of the GOCE gradiometer at acceleration level
S.M. Rispens and J. Bouman
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A12
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EGU2009-5353
GOCE gravity field simulation based on actual mission scenario
R. Pail, H. Goiginger, R. Mayrhofer, E. Höck, W.-D. Schuh, J.M. Brockmann, I. Krasbutter, T. Fecher, and T. Gruber
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A13
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EGU2009-8839
A recent test for the space wise approach based on GOCE simulated data of Mission Operational Phase 1
F. Migliaccio and M. Reguzzoni
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A14
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EGU2009-11160
The GOCE User Toolbox - GUT - An ESA effort to facilitate the use of GOCE Level-2 products.
P. Knudsen and J. Benveniste
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A15
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EGU2009-2980
Simulation of free fall and resonances in the forthcoming GOCE mission
A. Bezdek, J. Klokocnik, J. Kostelecky, R. Floberghagen, and Ch. Gruber
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A16
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EGU2009-6879
Gravity gradients from satellite altimeter data for GOCE validation
J. Bouman and W. Bosch
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A17
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EGU2009-6925
Tidal Effects on GOCE Satellite Gravity Gradiometry
Z. C. Luo, G. Yang, B. Zhong, and Y. L. Wu
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A18
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EGU2009-8024
Geostrophy in the Mediterranean Sea based on GOCE geoid and altimetry data. (withdrawn)
I. Vigo, J.M. Sánchez Reales, D. García, and B.F. Chao
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A19
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EGU2009-3185
Optimal combination of integral solutions of gradiometric boundary value problem
M. Eshagh
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A20
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EGU2009-6669
GOCE Research in Germany
A. Schlicht, S. Lange, and R. Rummel
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| Future Gravity Field Missions
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A21
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EGU2009-1568
Assessment of GRACE signal and noise using high-fidelity numerical simulations
S Bettadpur, F Wang, and T Pekker
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A22
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EGU2009-529
Simulated Multiple Formation Flights for Future Gravity Field Recovery
B. Elsaka and K.H. Ilk
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A23
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EGU2009-9016
Laser Interferometer for a spaceborne mapping of the Earth
M. Dehne, B. Sheard, F. Guzmán Cervantes, G. Heinzel, and K. Danzmann
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