control algorithms / high-energy mission concepts / gain control law / energy gain control law / cross product / blended control law / energy-gain control strategy / energy change / low orbit energy / energy gains / high energy orbits / autonomous solution / energy rate / realistic orbital mechanics solutions / semimajor axis control law / energy / sail law / energy gain control law shows / energy-gain control law / high-energy orbits / parallel applications / blended-sail control law / energy gain / energy variation / escape energy / energy-gain steering law / blended control algorithms / optimization tool / real-time scenario / orbit energy / required orbit escape energy / pericenter control law / potential parallel applications / apocenter control law / energy control law / control law sail pitch angle cone angle / sail acquiring escape energy / sail systems / control law / individual control law / /
Organization
Solar Sailing Malcolm Macdonald∗ and Colin R. McInnes† University of Glasgow / Glasgow / Department of Aerospace Engineering / Copyright Clearance Center / American Institute of Aeronautics and Astronautics / ESA / National Aeronautics and Space Administration / University of Strathclyde / /
Strathprints Institutional Repository Macdonald, M. and McInnes, C.R[removed]Realistic Earth escape strategies for solar sailing. Journal of Guidance, Control and Dynamics, [removed]pp[removed]ISSN[removed]Strathprin