642 Pages,2005, McGraw-Hill
ISBN 978-0077230302

Space travel and exploration are exciting topics, Yet many people shy away from them because they seem complex. The study of astronautics and space missions can be difficult at times, but our goal in this book is to bring space down to Earth. If we're successful, and you'll be the judge, after studying this book you should understand the concepts and principles of space flight, space vehicles, launch systems, and space operations.

We want to help you understand space missions while developing enthusiasm and curiosity about this very exciting topic. We've been inspired by the thousands of people who have explored space, from the people who have studied and documented the heavens to the people who have given their lives flying in them. We hope to inspire you. Whether you're interested in engineering, business, politics, or teaching, you can make a difference. We need talented people to lead the way to exploring space, the stars, and galaxies, and you are our hope for the future.

This book is intended for use in a first course in astronautics. It will also help you if you're a professional or educator interested in space. If you're a junior or senior in high school and have a strong background in physics and math, come on in, you'll do fine. If you're scared of equations, don't worry! The book is laid out so you can learn the necessary concepts from the text without having to read or manipulate the equations. The equations are for those of you who want to be more fully grounded in the basics of astronautics. Astronautics is not a spectator sport -- the real learning happens when you actually do what you've studied. Mission profiles designed to give you insight on specific programs and a starting point for discussion We hope these features help you learn how exciting astronautics can be!

TABLE OF CONTENTS

1. Why Space?
2. Exploring Space
3. The Space Environment
4. Understanding Orbits
5. Describing Orbits
6. Maneuvering In Space
7. Interplanetary Travel
8. Predicting Orbits
9. Getting To Orbit
10. Returning From Space: Entry
11. Payload and Spacecraft Design
12. Space-Vehicle Control Systems
13. Spacecraft Subsystems
14. Space Transportation Systems
15. Space Operations and Communication Networks
16. The Business of Space

Appendix A: Math Review
Appendix B: Units and Constants
Appendix C: Derivations
Appendix D: Solar and Planetary Data
Appendix E: Booster Systems
Appendix F: Motion of Ballistic Vehicles
Appendix G: Answers to Numerical Mission Problems