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| Introduction | ix | |
| Part I | Applications of Chaos and Dynamical Systems | |
| Existence of Chaos Associated with Weak Ballistic Capture and Applications | 1 | |
| Geometric Mechanics and the Dynamics of Asteroid Pairs | 11 | |
| On the Occurrence of Transition States in Celestial Mechanics | 39 | |
| Migration of Jupiter-Family Comets and Resonant Asteroids to Near-Earth Space | 46 | |
| Migration of Interplanetary Dust | 66 | |
| Stability of Relative Equilibria in the Full Two-Body Problem | 81 | |
| Part II | Formation Flying | |
| Formation Flying Design and Applications in Weak Stability Boundary Regions | 95 | |
| Coordinated Orbit Transfer for Satellite Clusters | 112 | |
| Hamiltonian Modelling of Relative Motion | 138 | |
| Near-Optimal Reconfiguration and Maintenance of Close Spacecraft Formations | 158 | |
| Control of Satellite Clusters in Elliptic Orbit with Limited Communication | 177 | |
| Part III | Optimization and Design | |
| Accessibility, Stabilizability, and Feedback Control of Continuous Orbital Transfer | 190 | |
| Finite Burn Maneuver Modeling for a Generalized Spacecraft Trajectory Design and Optimization System | 210 | |
| A Systematic-Heuristic Approach for Space Trajectory Design | 234 | |
| Optimal Plane Changes Using Third-Body Forces | 255 | |
| Part IV | Mission Design | |
| Background and Applications of Astrodynamics for Space Missions of the Johns Hopkins Applied Physics Laboratory | 267 | |
| Autonomous Low-Thrust Guidance: Application to SMART-1 and BepiColombo | 307 | |
| The Bering Small Vehicle Asteroid Mission Concept | 328 | |
| Assessing NEO Hazard Mitigation in Terms of Astrodynamics and Propulsion Systems Requirements | 350 | |
| Optimal Trajectories from the Earth-Moon L[subscript 1] and L[subscript 3] Points to Deflect Hazardous Asteroids and Comets | 370 | |
| A Dynamic Metric for NEO Hazard Mitigation | 386 | |
| Advanced Stellar Compass: Onboard Autonomous Orbit Determination, Preliminary Performance | 393 | |
| Part V | Celestial Mechanics | |
| Classification of Periodic Orbits in the Four- and Five-Body Problems | 408 | |
| New Orbits for the n-Body Problem | 422 | |
| Analytical Theory of an Artificial Satellite of the Moon | 434 | |
| Part VI | Propulsion | |
| A Survey of Propulsion Options for Cargo and Piloted Missions to Mars | 450 | |
| The Solar Photon Thruster as a Terrestrial Pole Sitter | 468 | |
| Index of Contributors | 475 |
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| $99.99 | Digital |
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Add Astrodynamics, Space Missions, And Chaos, A January 2003 conference sought to bridge the gap between theoretical and applied astrodynamics by bringing together prominent mathematicians, scientists, and engineers. Papers from the conference examine the latest work on applications of chaos and dyna, Astrodynamics, Space Missions, And Chaos to the inventory that you are selling on WonderClubX
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Add Astrodynamics, Space Missions, And Chaos, A January 2003 conference sought to bridge the gap between theoretical and applied astrodynamics by bringing together prominent mathematicians, scientists, and engineers. Papers from the conference examine the latest work on applications of chaos and dyna, Astrodynamics, Space Missions, And Chaos to your collection on WonderClub |