Ebook Download Principles Space Instrument Design (Cambridge Aerospace Series)
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Principles Space Instrument Design (Cambridge Aerospace Series)
Ebook Download Principles Space Instrument Design (Cambridge Aerospace Series)
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Review
"...a level of practical detail not often seen in books on spacecraft engineering and is most welcome... likely to appeal to university researchers with an interest in building their own instruments for future missions, or indeed engineers in the space industry tasked with an instrument design or fabrication contract. In addition, many amateur astronomers will no doubt be fascinated by the details of space isntrument design. In summary, this is an excellent book covering the field in depth and includes extensive practical advice which can only come from those with many years of hands-on experience." The Times Higher Education SupplementThe book is intended as a manual for the newly graduated engineer or physicist involved with the design of instruments for a space project. It can also be used as a textbook for the increasing number of undergraduate and MSc courses which offer a degree in space science and technology. The book covers the general principles of designing for space; mechanical and thermal design of space instruments; electronics; mechanism design and actuation; space optics technology; and project management and control." International Aerospace Abstracts"Overall this book is well presented, covers many topics of clear relevance to space instrument design...The book fills a long outstanding omission from the available literature." The Aeronautical Journal
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Book Description
Designing an experiment to be performed in space involves highly complex techniques. There are considerable constraints, such as finding materials that are 'spaceworthy', limits on power, cost and manpower. This book provides a clear and comprehensive account of the techniques involved. Beginning with a chapter introducing the basic principles of designing for the space environment, following chapters discuss core elements of des ign including the problems that are frequently encountered in the testing and verification of spacecraft subsystems. Important topics are described including stress analysis, mechanisms and project management. A final chapter looks towards future developments of space instrument design. Worked examples are found throughout the text.
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Product details
Series: Cambridge Aerospace Series (Book 9)
Paperback: 396 pages
Publisher: Cambridge University Press; 1 edition (May 11, 2006)
Language: English
ISBN-10: 052102594X
ISBN-13: 978-0521025942
Product Dimensions:
6.7 x 0.9 x 9.6 inches
Shipping Weight: 1.5 pounds (View shipping rates and policies)
Average Customer Review:
4.0 out of 5 stars
1 customer review
Amazon Best Sellers Rank:
#2,223,297 in Books (See Top 100 in Books)
Building an instrument that will go into space is a very specialised discipline that is well described by this book. Typically, you face requirements, the combination of which is quite unlike anything on Earth. The instrument must usually be able to withstand low temperatures, on the Kelvin scale, as well as survive direct unfiltered sunlight. If parts of the instrument cannot tolerate this, then you might design suitable shielding.Also, will the instrument be orbiting Earth or will it go further out into space? If the former, then will it be inside the van Allen belts, or above? This dictates the amount of radiation shielding needed to prevent latchup in the electronics. Whereas, if the instrument is part of a spacecraft that will go into space, but not around a planet with a magnetosphere, then less shielding might be needed.Oh, the instrument needs to survive the launch, of course. Depending on whether it is launched from a rocket or from the bays of a space shuttle, the mechanical requirements for this can vary.The book goes into the above issues in detail; and many more. The overriding consideration is that repairs are usually impossible or prohibitively expensive and rare. Vital reading for anyone in the field.
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