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Mean motion

  • Astrodynamics

    Astrodynamics

  • Flight and Orbital Mechanics

    Flight and Orbital Mechanics

  • New Closed-Form Solutions for Optimal Impulsive Control of Spacecraft Relative Motion

    New Closed-Form Solutions for Optimal Impulsive Control of Spacecraft Relative Motion

  • Mercury's Resonant Rotation from Secular Orbital Elements

    Mercury's Resonant Rotation from Secular Orbital Elements

  • SATELLITES ORBIT ELEMENTS : EPHEMERIS, Keplerian ELEMENTS, STATE VECTORS

    SATELLITES ORBIT ELEMENTS : EPHEMERIS, Keplerian ELEMENTS, STATE VECTORS

  • 2. Orbital Mechanics MAE 342 2016

    2. Orbital Mechanics MAE 342 2016

  • Orbital Mechanics

    Orbital Mechanics

  • The Pennsylvania State University Multiple Rendezvous Maneuvers at Synchronous Altitude

    The Pennsylvania State University Multiple Rendezvous Maneuvers at Synchronous Altitude

  • A Fast Method to Identify Mean Motion Resonances

    A Fast Method to Identify Mean Motion Resonances

  • Aas 17-291 Constrained Low-Thrust Satellite Formation-Flying Using Relative Orbit Elements

    Aas 17-291 Constrained Low-Thrust Satellite Formation-Flying Using Relative Orbit Elements

  • Two-Line Element Estimation Using Machine Learning 3

    Two-Line Element Estimation Using Machine Learning 3

  • Equivalent Delta-V Per Orbit of Gravitational Perturbations∗

    Equivalent Delta-V Per Orbit of Gravitational Perturbations∗

  • Orbital Mechanics Third Edition

    Orbital Mechanics Third Edition

  • Dynamical Evolution of Haumea Collisional Family: Clues on the Collision Physics, New Family Members and Implications for the Outer Solar System

    Dynamical Evolution of Haumea Collisional Family: Clues on the Collision Physics, New Family Members and Implications for the Outer Solar System

  • Mercury's Resonant Rotation from Secular Orbital Elements

    Mercury's Resonant Rotation from Secular Orbital Elements

  • Introduction

    Introduction

  • Mean Motion Resonances and the Stability of a Circumbinary Disk in a Triple Stellar System

    Mean Motion Resonances and the Stability of a Circumbinary Disk in a Triple Stellar System

  • Mae180a:Spacecraftguidancei

    Mae180a:Spacecraftguidancei

Top View
  • Extreme Secular Excitation of Eccentricity Inside Mean Motion Resonance Small Bodies Driven Into Star-Grazing Orbits by Planetary Perturbations?
  • Analytical Representation for Ephemeride with Short Time Spans Application to the Longitude of Titan
  • A New Radial Velocity Curve, Apsidal Motion, and the Alignment of Rotation and Orbit Axes
  • Mean Motion Resonances in Exoplanet Systems: an Investigation Into Nodding Behavior
  • The Full Two-Body-Problem: Simulation, Analysis, and Application to the Dynamics, Characteristics, and Evolution of Binary Asteroid Systems
  • Computation and Astrophysics of the N-Body Problem
  • Orbital Mechanics
  • Perturbed Motion
  • 3 Orbital Dynamics
  • Orbits and Masses of the Satellites of the Dwarf Planet Haumea (2003 El61) D
  • On the Location of the Ring Around the Dwarf Planet Haumea
  • New Perspectives on the N-Body Problem
  • A Study of the N-Body Problem in Celestial Mechanics for College Students
  • Analytical Representation for Ephemeris with Short Time-Span : Application to the Longitude of Titan Xiaojin Xi
  • Analytical Treatment of Planetary Resonances
  • Planets in Mean-Motion Resonances and the System Around HD45364
  • Appendix B Orbits
  • The 1/5 Law for Chaos in the Three-Body Problem at Moderate Eccentricity


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