Astrodynamics, Space Missions, and Chaos

Edited by Edited by Edward Belbruno (Princeton University, Princeton, New Jersey), David Folta (NASA Goddard Space Flight Center, Greenbelt, Maryland), and Pini Gurfil (Technion-Israel Institute of Technology, Haifa, Israel)
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Astrodynamics, Space Missions, and Chaos

Published: May 2004

Volume 1017

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The subject of astrodynamics is of particular interest at this critical jucture for America's space program in view of President Bush's initiative for establishing a human base on the moon and planning a manned Mars mission, an initiative triggered by the spectacular landing of the robotic rover Spirit on Mars. This volume, based on a conference sponsored by NASA and Princeton University, comprises papers on the applications of chaos and dynamical systems to mission design, low-energy lunar transfers (of particular interest for establishing a lunar base), dynamics of asteroid pairs, asteroidal dust, formation flying, and other topics. There are also papers on propulsion and orbit dynamics including resonance transitions. This volume is of value to mathematicians for its discussion of chaos-related issues; to astrodynamicists and planetary geologists for its blueprint for the methodology of future space exploration; and to engineers for its discussion of innovations in space propulsion systems. It is a must-read for commercial, economic, and military policymakers.