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"Orbital dynamics" as a book category covers the theory, practice, and stories of how bodies move in space and how we control them: from the mathematical foundations of celestial mechanics and astrodynamics (Keplerian orbits, perturbations, n‑body problems, rendezvous and transfer maneuvers) to practical engineering topics like spacecraft trajectory design, stationkeeping, orbital debris management, and mission planning. It includes rigorous textbooks and reference manuals for students and engineers, accessible popular‑science treatments that explain why moons, planets and satellites behave as they do, historical and mission‑case studies, and even technical guides for ground operations and propulsion. Books in this category appeal to readers interested in the physics and mathematics of motion in space as well as the operational, technological, and policy implications for satellites, exploration missions, and space traffic management.

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