INIS
thermosphere
100%
geometry
100%
aerodynamics
100%
density
100%
data
100%
modeling
100%
satellites
62%
datasets
50%
surfaces
37%
interactions
37%
accelerometers
25%
gases
25%
antennas
12%
dynamics
12%
origin
12%
coupling
12%
simulation
12%
torque
12%
variations
12%
calculation methods
12%
layers
12%
comparative evaluations
12%
shape
12%
ionosphere
12%
monte carlo method
12%
errors
12%
solutions
12%
beams
12%
atmospherics
12%
Earth and Planetary Sciences
GOCE
100%
GRACE
100%
Aerodynamics
100%
Geometry
100%
Thermosphere
100%
Data Set
57%
Model
57%
Accuracy
42%
Surface Reaction
28%
Gas
28%
Approach
28%
Accelerometer
28%
Research
28%
Characterization
14%
Ionosphere
14%
Knowledge
14%
Calculation
14%
Improvement
14%
Aerodynamic Force
14%
Variation
14%
Presentation
14%
Estimate
14%
Comparison
14%
Swarm Satellite
14%
Error
14%
Atmospheric Dynamics
14%
Physics
Mathematical Model
100%
Geometry
100%
Aerodynamics
100%
Thermosphere
100%
Model
57%
Surface Reaction
28%
Shapes
28%
Calculation
14%
Knowledge
14%
Monte Carlo Simulation
14%
Computer Aided Design
14%
Aerodynamic Force
14%
Antenna
14%
Ionosphere
14%
Difference
14%
Variation
14%
Estimate
14%
Atmospheric Dynamics
14%
Engineering
Density
100%
Aerodynamics
100%
Satellites
71%
Aerodynamic Modeling
57%
Dataset
57%
Models
42%
Research
28%
Surface
28%
Scale Factor
14%
Outer Surface
14%
Closed Form Solution
14%
Error
14%
Geometric Model
14%
Computer Aided Design
14%
Shadowing Effect
14%
Direct Simulation
14%
Aerodynamic Force
14%
Antenna
14%
Density Estimate
14%
Keyphrases
CHAMP
100%
Gas-surface Interaction
40%
Monte Carlo Computation
20%
Satellite Aerodynamics
20%
Atmospheric Coupling
20%
Absolute Scale
20%
Dataset Comparison
20%
Elongated Shape
20%
Material Science
Density
100%
Surface
37%
Accelerometer
25%
Gas
25%
Torque
12%
Characterization
12%