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Principles Of Fusion Energy: An Introduction To Fusion Energy For Students Of Science And Engineering Paperback – Illustrated, 15 Jun. 2000
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- ISBN-109812380337
- ISBN-13978-9812380333
- EditionIllustrated
- PublisherWSPC
- Publication date15 Jun. 2000
- LanguageEnglish
- Dimensions16.51 x 1.78 x 24.77 cm
- Print length308 pages
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Product details
- Publisher : WSPC; Illustrated edition (15 Jun. 2000)
- Language : English
- Paperback : 308 pages
- ISBN-10 : 9812380337
- ISBN-13 : 978-9812380333
- Dimensions : 16.51 x 1.78 x 24.77 cm
- Best Sellers Rank: 146,995 in Books (See Top 100 in Books)
- 32 in Energy Engineering
- 40 in Energy
- 101 in Energy Technology
- Customer reviews:
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This covers the basic physics and explains the basic concepts behind several of the more popular fusion approaches. The reader should have college level physics and calculus to get the most out of this book. I found it useful but not comprehensive (you can only fit so much in under 300 pages). So if you want to know the fusion cross-section of, say, p + B reactions, you'll need to locate other information sources. But you will find reaction cross-section tabulations on d + t, d + d, etc. reactions as a function of energy.
The book starts with a 'quick' exposure to what Plasma is in rather succinct terms. There is an underlying assumption of understanding fundamental Plasma Physics here because ignorance is no excuse.
Then the book goes on into the various E&M applications in Plasma and various fluid-related derivations involving the Continuity Equation and so forth. The aim here is to build up all the underlying ideas and concepts toward Plasma energy-generating devices such as the Tokomak. Again, nothing is simple, straightforward or self-explanatory for the uninitiated or so-called eager self-starter as the details can be very deep and daunting for the student or reader with an lower-division undergraduate college knowledge of Physics, E&M and Fluids.
Perhaps this book was originally intended for the European and Asian scientific and engineering communities, well versed in theoretical tools in E&M Theory on a broad academic basis, not for the overspecialized American or Canadian engineer who is narrowly focused on a few fields of interest, e.g., Fluid Mechanics and Solid-state Electronics.
The caveat here is: Have the requisite knowledge ahead of time, whether from coursework or direct exposure in a typically R&D job. There is little to no room for trying to figure out where the ideas emanating form E&M, fluids and heat (Classical Statistical Mechanics) come into play or lie in the overall picture.
Finally, your truly wishes the reader or student using this as the textbook well as it is truly challenging because, despite its name, it is more detailed and heavier than many other books in print, F.F. Chen's comparable book on Plasma Science. This remains a fairly decent piece of work but still caveat emptor for the eager learner without the requisite know-how!
The book was produced with the newer print-on-demand process just days before shipping to me. With this newer process, the quality equals any good trade paperback out there.





