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Engineering - Mechanical Engineering | Solar Sailing - Technology, Dynamics and Mission Applications

Solar Sailing

Technology, Dynamics and Mission Applications

McInnes, Colin R.

Originally published in the subseries "Springer Praxis Books Astrophyiscs"

2nd ed. 2015, Approx. 300 p.

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ISBN 978-3-540-68780-1

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  • About this book

  • The only book for students and scientists on solar sailing and its role in space exploration
  • Details benefits to space agencies of low-cost missions which cannot be completed by conventional spacecraft
  • Provides details of Mars, Venus and Mercury sample return missions which have a high priority within the science community through ESA/NASA
  • Provides high quality graphics, including 3-D renderings of solar sail concepts

Since the first edition of this text was published in 1999 and recognised as the definitive reference work on solar sailing, the field has moved on considerably. Therefore, in this timely second edition Colin McInnes presents in this comprehensive technical reference on the subject major revisions and an enlarged chapter on mission applications, based on work performed by the author under contract to the European Space Agency between 1999 and 2003. The text assesses the benefits of solar sailing and comes to the inescapable conclusion that it offers a diverse range of low-cost mission opportunities, many of which are impossible for any other type of conventional spacecraft.

Introducing new ideas for solar sail orbits and mission applications since 1999, the author puts particular emphasis on solar sail orbital dynamics and includes a rigorous analysis of solar radiation pressure. The engineering design of solar sails is discussed in depth, along with practical mission applications.

Content Level » Research

Related subjects » Mechanical Engineering

Table of contents 

Introduction to Solar Sailing.- Solar Radiation Pressure.- Solar Sail Design.- Solar Sail Orbital Dynamics.- Mission application Case Studies.- Laser Driven Light Sails.

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