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Elsevier
| 2023
Abstract Space based gravitational wave detectors require a precision ...
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Elsevier
| 2023
Feasible domain analysis for the heliocentric gravitational-wave detection configuration is performed ...
Keywords:
Space-based gravitational wave detection
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Elsevier
| 2023
m in heliocentric orbit. It may have the potential to detect gravitational waves below 0.1 mHz. Gravitational wave signals in the ...
Keywords:
Space gravitational wave detection
Method for in-orbit redesign for TianQin orbit configuration
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Elsevier
| 2023
Abstract The space-based gravitational wave observatory mission consists ...
Keywords:
Space-based gravitational wave observatory mission
Event-triggered robust model reference adaptive control for drag-free satellite
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Elsevier
| 2023
for low-frequency space gravitational wave detection satellite, a robust model reference adaptive drag-free control scheme is proposed in this ...
Keywords:
Space gravitational wave detection
Development of a dynamical model of a release mechanism for in-flight performance prediction
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Elsevier
| 2023
test the most relevant technologies for the forthcoming mission, named LISA, which will be the first gravitational wave observer in space. The ...
Recovery strategies to cope with micrometeoroid impacts in the LISA mission
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Elsevier
| 2023
-spacecraft constellation traveling in a heliocentric orbit, detecting gravitational waves through laser interferometry. To this end, each spacecraft ...
Testing theories of gravitation with the Interstellar Probe Radio Experiment
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Elsevier
| 2023
ephemerides () and gravitational wave detection (). Extending ranging measurement acquisition to 20 years improves the results tenfold. This ...
Estimating 5-year rotation stability of PSR B1937+21 using NICER observations
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Elsevier
| 2023
the radio data from North American Nanohertz Observatory for Gravitational Waves (NANOGrav). We implement a data screening method to improve ...
A novel and efficient dual-antenna micro plasma thruster
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Elsevier
| 2023
experiments in space (such as gravitational wave detection) which require gesture and orbit control of great precision. ...
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Elsevier
| 2023
shock waves, and so on. Supersonic turbulence is one of the main reasons for the formation of dynamic prestellar structures. The evolution of ...
Review of micro propulsion technology for space gravitational waves detection
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Elsevier
| 2022
Abstract Gravitational Wave (GW) signal was first detected by Advanced ...
Keywords:
Space gravitational wave detection
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Wave ionization ion propulsion
Semi-analytical configuration optimization of geocentric gravitational wave observatory
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Elsevier
| 2022
Abstract The detection of gravitational waves (GWs) from space is a hot ...
Keywords:
Gravitational waves
Decentralized X-ray pulsar-based navigation system for space-borne gravitational wave detector
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Elsevier
| 2022
pulsar-based navigation (XPNAV) system is studied to improve the survivability of space-borne gravitational wave detector. An unscented transform ...
Keywords:
Space-borne gravitational wave detector
Multi-source information fusion for space gravitational waves detection thrust estimation on orbit
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Elsevier
| 2022
Abstract Space Gravitational Wave (GW) detection task puts forward super ...
Keywords:
Space gravitational wave detection
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Elsevier
| 2022
propulsion system of choice for space gravitational wave detection. However, the requirement of high accuracy and drag-free control results in ...
Keywords:
Space gravitational wave detection
Design and optimization of stable initial heliocentric formation on the example of LISA
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Elsevier
| 2022
Keywords:
Gravitational wave observation
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Elsevier
| 2022
gravitational wave detection, the telescope needs to point to a certain target through attitude movement and pointing control. In several mainstream ...
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