Constellation design and performance of future quantum satellite gravity missions

Keyphrases

• Temporal Aliasing 100%
• Satellite Gravity Missions 100%
• Constellation Design 100%
• Quantum Satellite 100%
• Sensor Technology 75%
• Gradiometry 50%
• Large Satellite Constellations 50%
• Sensing Device 25%
• Retrieval Practice 25%
• Primary Design 25%
• Order of Magnitude 25%
• Temporal Resolution 25%
• Sensitivity Method 25%
• Error Sources 25%
• Modeling Techniques 25%
• Accuracy Requirements 25%
• Up to Five 25%
• Design Optimization 25%
• Time Variable 25%
• Parameterized Algorithms 25%
• Aliasing Effect 25%
• Quantum Sensing 25%
• Orbital Elements 25%
• Satellite Constellation 25%
• Gravity Field Model 25%
• Gradiometer 25%
• Instrument Error 25%
• De-aliasing 25%
• GRACE Follow-On (GRACE-FO) 25%
• GOCE Mission 25%
• Observation Geometry 25%
• Low-low Satellite-to-satellite Tracking 25%
• Equivalent Water Height 25%
• Temporal Aliasing Errors 25%
• Cold Atom Interferometry 25%
• Satellite Gravity Field 25%
• Quantum Technologies 25%
• Instrument Sensitivity 25%
• Large Constellations 25%
• Attitude Reconstruction 25%
• Optimized Constellations 25%

Earth and Planetary Sciences

• Satellite Constellation 100%
• Interferometry 33%
• Orbital Element 33%
• GRACE 33%
• Gravitational Field 33%
• GOCE 33%
• Satellite-to-Satellite Tracking 33%
• Instrument Error 33%
• Information Retrieval 33%

Physics

• Satellite Constellation 100%
• Gravitational Field 33%
• Quantum Technology 33%
• Cold Atom 33%
• Atom Interferometry 33%
• Satellite Tracking 33%
• Quantum Sensing 33%
• Orbital Element 33%