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Full Description
Advanced Mission Scenarios of the Three-Body Problem introduces one of the classical problems of celestial mechanics through the prism of the problems and challenges of modern astrodynamics. It examines current issues in modern astronautics related to the study and colonization of Mars, exploration of the Moon, space debris, and contactless space transportation technologies.
Describing the dynamics of space tether systems and space elevators in the gravitational field created by two massive bodies, the book presents an original technology for contactless gravitational transportation of space debris using a heavy gravitational collector. It provides practical recommendations for the implementation of new pioneering missions related to tether transportation in the vicinity of libration points, the construction of space elevators on planetary moons, and contactless electrostatic and gravitational transportation, including in the context of the space debris problem.
This book is intended for space systems and spacecraft engineering industry experts and researchers studying space transportation and modern challenges in astronautics.
Contents
1. Classical approaches and methods for studying the three-body problem. 2. Space tether systems for Mars-Phobos exploration. 3. Moon-Anchored Space Elevators. 4. A Splitting of Libration Points by an Artificial Electrostatic Field. 5. Contactless Gravitational Transportation. 6. Two-Impulse Moon-Planet Transfer: A New Scenario. 7. Conclusion.
