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  • IAC-14
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  • session 1
  • 1. Orbital Dynamics (1)

    Papers

    1. Station-keeping for quasi-periodic orbits

    2. preliminary results from the lares mission to test general relativity

    3. Incorporating the Evolution of Multi-Body Orbits into the Trajectory Trade Space and Design Process

    4. Confinement of spacecraft swarms in J2-perturbed orbits about the Earth

    5. Spacecraft’s Resonance Orbit Design and Application Analysis

    6. Optimal Control Theory to Dynamic Systems Methods of the Bi-Circular Four Body Problem

    7. Solar Sail Periodic Orbits in the Earth-Moon Three-Body Problem

    8. Evidences of diffusion related to the center manifold of L3 of the SRTBP

    9. Families of heteroclinic connections between quasi-periodic libration point trajectories

    10. Stable 3-D Tether Structures in Orbit

    11. Computation of Weakly Stable Structures in the Restricted Three-Body Problem using Differential Algebra Techniques

    12. Combined Aerodynamic and Orbital Trajectories for Partial Drag-free Flight in Super Low Altitude

    13. Natural Configurations for Formation Flying around Triangular Libration Points for the Elliptic and the Bicircular Problem in the Earth-Moon system