Artikel
Open Access
Message from the Guest Editor of the Special Issue on New Progress in Astrodynamics Applications
-
Yu Jiang
Veröffentlicht/Copyright:
20. Mai 2022
Dear authors and readers,
The research of astrodynamics is the base to explore outer space, expand understanding of the earth and the universe. In the late 1950s, after some spacecraft were successfully launched, astrodynamics developed into an applied discipline closely related to engineering practice, and its research content also exceeded the scope of traditional celestial mechanics. Nowadays, astrodynamics is applied to manned spaceflight, planetary exploration, asteroid defense, solar system boundary detection, etc. And it plays an important role in commercial aerospace, navigation and communication projects, and is closely related to people’s lives.
Application requirements drive the development of astrodynamics, and the development of astrodynamics, as one of the basic disciplines, will ultimately benefit mankind. The research contents of astrodynamics include spacecraft measurement and orbital dynamics, optimal control of spacecraft orbit and attitude, space flight environment monitoring and early warning of spacecraft, spacecraft mission planning and resource scheduling, etc. Since astrodynamics is a discipline closely related to applications, to present the latest research progress in astrodynamics applications, we organize this special issue.
Sincerely,
Yu Jiang
Received: 2022-02-27
Revised: 2022-05-15
Accepted: 2022-05-28
Published Online: 2022-05-20
© 2022 Yu Jiang, published by De Gruyter
This work is licensed under the Creative Commons Attribution 4.0 International License.
Artikel in diesem Heft
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- Deep learning application for stellar parameters determination: I-constraining the hyperparameters
- Explaining the cuspy dark matter halos by the Landau–Ginzburg theory
- The evolution of time-dependent Λ and G in multi-fluid Bianchi type-I cosmological models
- Observational data and orbits of the comets discovered at the Vilnius Observatory in 1980–2006 and the case of the comet 322P
- Special Issue: Modern Stellar Astronomy
- Determination of the degree of star concentration in globular clusters based on space observation data
- Can local inhomogeneity of the Universe explain the accelerating expansion?
- Processing and visualisation of a series of monochromatic images of regions of the Sun
- 11-year dynamics of coronal hole and sunspot areas
- Investigation of the mechanism of a solar flare by means of MHD simulations above the active region in real scale of time: The choice of parameters and the appearance of a flare situation
- Comparing results of real-scale time MHD modeling with observational data for first flare M 1.9 in AR 10365
- Modeling of large-scale disk perturbation eclipses of UX Ori stars with the puffed-up inner disks
- A numerical approach to model chemistry of complex organic molecules in a protoplanetary disk
- Small-scale sectorial perturbation modes against the background of a pulsating model of disk-like self-gravitating systems
- Hα emission from gaseous structures above galactic discs
- Parameterization of long-period eclipsing binaries
- Chemical composition and ages of four globular clusters in M31 from the analysis of their integrated-light spectra
- Dynamics of magnetic flux tubes in accretion disks of Herbig Ae/Be stars
- Checking the possibility of determining the relative orbits of stars rotating around the center body of the Galaxy
- Photometry and kinematics of extragalactic star-forming complexes
- New triple-mode high-amplitude Delta Scuti variables
- Bubbles and OB associations
- Peculiarities of radio emission from new pulsars at 111 MHz
- Influence of the magnetic field on the formation of protostellar disks
- The specifics of pulsar radio emission
- Wide binary stars with non-coeval components
- Special Issue: The Global Space Exploration Conference (GLEX) 2021
- ANALOG-1 ISS – The first part of an analogue mission to guide ESA’s robotic moon exploration efforts
- Lunar PNT system concept and simulation results
- Special Issue: New Progress in Astrodynamics Applications - Part I
- Message from the Guest Editor of the Special Issue on New Progress in Astrodynamics Applications
- Research on real-time reachability evaluation for reentry vehicles based on fuzzy learning
- Application of cloud computing key technology in aerospace TT&C
- Improvement of orbit prediction accuracy using extreme gradient boosting and principal component analysis
- End-of-discharge prediction for satellite lithium-ion battery based on evidential reasoning rule
- High-altitude satellites range scheduling for urgent request utilizing reinforcement learning
- Performance of dual one-way measurements and precise orbit determination for BDS via inter-satellite link
- Angular acceleration compensation guidance law for passive homing missiles
- Research progress on the effects of microgravity and space radiation on astronauts’ health and nursing measures
- A micro/nano joint satellite design of high maneuverability for space debris removal
- Optimization of satellite resource scheduling under regional target coverage conditions
- Research on fault detection and principal component analysis for spacecraft feature extraction based on kernel methods
- On-board BDS dynamic filtering ballistic determination and precision evaluation
- High-speed inter-satellite link construction technology for navigation constellation oriented to engineering practice
- Integrated design of ranging and DOR signal for China's deep space navigation
- Close-range leader–follower flight control technology for near-circular low-orbit satellites
- Analysis of the equilibrium points and orbits stability for the asteroid 93 Minerva
- Access once encountered TT&C mode based on space–air–ground integration network
- Cooperative capture trajectory optimization of multi-space robots using an improved multi-objective fruit fly algorithm
Creative Commons
BY 4.0
Artikel in diesem Heft
- Research Articles
- Deep learning application for stellar parameters determination: I-constraining the hyperparameters
- Explaining the cuspy dark matter halos by the Landau–Ginzburg theory
- The evolution of time-dependent Λ and G in multi-fluid Bianchi type-I cosmological models
- Observational data and orbits of the comets discovered at the Vilnius Observatory in 1980–2006 and the case of the comet 322P
- Special Issue: Modern Stellar Astronomy
- Determination of the degree of star concentration in globular clusters based on space observation data
- Can local inhomogeneity of the Universe explain the accelerating expansion?
- Processing and visualisation of a series of monochromatic images of regions of the Sun
- 11-year dynamics of coronal hole and sunspot areas
- Investigation of the mechanism of a solar flare by means of MHD simulations above the active region in real scale of time: The choice of parameters and the appearance of a flare situation
- Comparing results of real-scale time MHD modeling with observational data for first flare M 1.9 in AR 10365
- Modeling of large-scale disk perturbation eclipses of UX Ori stars with the puffed-up inner disks
- A numerical approach to model chemistry of complex organic molecules in a protoplanetary disk
- Small-scale sectorial perturbation modes against the background of a pulsating model of disk-like self-gravitating systems
- Hα emission from gaseous structures above galactic discs
- Parameterization of long-period eclipsing binaries
- Chemical composition and ages of four globular clusters in M31 from the analysis of their integrated-light spectra
- Dynamics of magnetic flux tubes in accretion disks of Herbig Ae/Be stars
- Checking the possibility of determining the relative orbits of stars rotating around the center body of the Galaxy
- Photometry and kinematics of extragalactic star-forming complexes
- New triple-mode high-amplitude Delta Scuti variables
- Bubbles and OB associations
- Peculiarities of radio emission from new pulsars at 111 MHz
- Influence of the magnetic field on the formation of protostellar disks
- The specifics of pulsar radio emission
- Wide binary stars with non-coeval components
- Special Issue: The Global Space Exploration Conference (GLEX) 2021
- ANALOG-1 ISS – The first part of an analogue mission to guide ESA’s robotic moon exploration efforts
- Lunar PNT system concept and simulation results
- Special Issue: New Progress in Astrodynamics Applications - Part I
- Message from the Guest Editor of the Special Issue on New Progress in Astrodynamics Applications
- Research on real-time reachability evaluation for reentry vehicles based on fuzzy learning
- Application of cloud computing key technology in aerospace TT&C
- Improvement of orbit prediction accuracy using extreme gradient boosting and principal component analysis
- End-of-discharge prediction for satellite lithium-ion battery based on evidential reasoning rule
- High-altitude satellites range scheduling for urgent request utilizing reinforcement learning
- Performance of dual one-way measurements and precise orbit determination for BDS via inter-satellite link
- Angular acceleration compensation guidance law for passive homing missiles
- Research progress on the effects of microgravity and space radiation on astronauts’ health and nursing measures
- A micro/nano joint satellite design of high maneuverability for space debris removal
- Optimization of satellite resource scheduling under regional target coverage conditions
- Research on fault detection and principal component analysis for spacecraft feature extraction based on kernel methods
- On-board BDS dynamic filtering ballistic determination and precision evaluation
- High-speed inter-satellite link construction technology for navigation constellation oriented to engineering practice
- Integrated design of ranging and DOR signal for China's deep space navigation
- Close-range leader–follower flight control technology for near-circular low-orbit satellites
- Analysis of the equilibrium points and orbits stability for the asteroid 93 Minerva
- Access once encountered TT&C mode based on space–air–ground integration network
- Cooperative capture trajectory optimization of multi-space robots using an improved multi-objective fruit fly algorithm
