Introduction to Space: The Science of Spaceflight

by Thomas D. Damon

Book Overview

This second edition tells readers why astronauts are weightless, why satellites don't fall from the sky, how we will live on Mars, and whether or not there is life elsewhere in the universe. This book has been updated with recent information on the science and technology involved in the new frontier of space. It is written as a textbook for an undergraduate liberal arts course, with or without mathematics. Subjects covered include the Shuttle, the...

• Format: Hardcover
• Language: English
• ISBN: 0894640569
• ISBN13: 9780894640568
• Release Date: January 1995
• Publisher: Krieger Publishing Company
• Length: 264 Pages
• Weight: 2.75 lbs.

Customer Reviews

Afraid of Numbers? Then this space book is for you!

I first had the pleasure of using Mr. Damon's book, "Introduction to Space: the Science of Spaceflight," in my first few graduate classes. I was impressed by the coverage afforded in this book. Granted, this book was completely useless for technical graduate studies (I needed my 'number and equation fix') it has many uses for persons wanting to know about space without the calculations and involved physics. The coverage of the book hits topics from brief history of spaceflight, to propulsion, orbital mechanics (without math!!), remote sensing, the Space Shuttle program, to the future of space travel. Diagrams and pictures convey the information clearly and the infoboxes have minor mathematics, for those closet 'rocket science' geeks... The only downside to this book is not the fault of the publisher or author; it is of the book's users. This book is completely inappropriate for technical graduate level studies; as a non-technical book it has enough science to satisfy a reader's interest. This book is great for high-school/undergraduate students (or laypersons) that you're trying to get interested in spaceflight. Don't abuse grad students by having them purchase this!!!

Decent Introduction To Space

Thomas Damon's "Introduction to Space" is a good place to start for people who are generally unfamiliar with any of the basic principles of space flight. It is comprehensible any to interested person, and is generally geared toward a high school or early collegiate reader. The text is good at simplifying the math involved and in separating it from the text, making comprehension much easier for people who are not mathematically inclined. The book introduces most every aspect of space flight from the history of the US and Soviet space programs, to living in space. There are specific chapters that discuss orbits (although sparing the reader the math of an orbital mechanics book), space stations, the shuttle, space stations, astronomy, remote sensing, satellites, and even the potential for extraterrestrial colonization. I was required to read this book for a class, but think this book is really only suitable for a high school or early undergraduate course. (It would be ideal for a high school physics unit on space.) I have a fairly good conceptual background in spacecraft operations, and because of that found the book a tad boring, although it occasionally did teach me something I had not previously known. The book is clearly written, and seems factually quite good. I recommend it for anyone who needs a basic introduction to spaceflight, and who has no previous background in that area.

Showcases all aspects of spaceflight

In a fully updated and revised third edition, Thomas Damon's Introduction To Space: The Science Of Spaceflight is an information packed compendium showcasing all aspects of spaceflight, including propulsion, orbits, high resolution images of Earth from space, satellites, debris in orbit, MIR, the International Space Station, space shuttles, working in space, exploration of the Solar System and beyond, disturbances in the space environment, and more. Profusely illustrated with color as well as black-and-what photography, charts, and graphs, Introduction To Space is an informative, superbly presented, and detailed history enhanced with both common units and metric unit descriptions of all quantities; a glossary; and an index. Highly recommended for school and community library space science and history collections.