商家名称 | 信用等级 | 购买信息 | 订购本书 |
Stimson's Introduction to Airborne Radar | |||
Stimson's Introduction to Airborne Radar |
Hugh D. Griffiths has published over 300 technical articles and papers and is the Editor-in-Chief of the IET Journal Radar, Sonar and Navigation. In 2013, he won the prestigious AF Harvey prize from the IET.
Christopher Baker is the Ohio Research Scholar in Integrated Sensor Systems at The Ohio State University. He has been actively engaged in radar system research since 1984 and is the author of over two hundred publications.
David Adamy is an internationally recognized expert in electronic warfare with over 47 years' experience in the field and is a past National President of the Association of Old Crows.
网友对Stimson's Introduction to Airborne Radar的评论
深入浅出,内容全面,把复杂的机载火控雷达原理讲得很清楚透彻,尤其照顾了数学没学好的同学。机载火控雷达最好的入门书,没有之一。
第二版出过中文版,卖断货了。这版没人翻译么?
Corners and edges a bit battered in shipping
Understandable and easy to grasp with great illustrations and text. A great reference for radar and EW professionals.
Very Practical Text!
I have relied on the earlier versions of Introduction to Airborne Radar as a valuable supplement to the engineering courses I have taught as well as a useful tool in my own radar work. The dynamic nature of radar development has not waned, so updates are needed to keep any reference relevant. Without the valuable assistance of the late George Stimson, these authors have done a magnificent job of bringing the subjects up to date and still retained the clear and understandable delivery.
The mathematical models used in this book allow the reader to gain a full appreciation for the total system operation. That is a valuable perspective; it can be more useful than detailed development of complex formulas which may or may not contain all the variables necessary on a given Tuesday at a particular location.
I am using this book as the central reference for a graduate-level engineering course, as I feel the students can achieve more understanding of how systems must work in the real installations and environments.
Disclosure: I reviewed several chapters while the book was being developed.
Stimson has been for years the best introductory Radar book in circulation. The unparalleled strength of this book is its discursive explanation of most topics in Radar, promoting non-mathematical understandings of the key concepts. Despite its simplicity, Stimson is still addressing the most challenging aspects in Radar with clarity and enthusiasm, oftentimes offering viewpoints and examples not found in any other Radar book.
I was skeptical that a third edition was able to improve the already perfect second edition: I thought that there could be two possible outcomes 1) the new book present only minor changes, or 2) the new book is overly re-edited so that it lost its "Stimson" style.
Instead, I was completely wrong, and none of these outcomes are true.
The new book uses the same layman language of the original Stimson: some concepts appear to be even better explained than in the older version. At the same time, there is plenty of additional material: basically one third of the book covers entirely new topics. The new book also covers the most recent trends in Radar, while still preserving non-technical descriptions.
Despite being the perfect textbook for an introductory course in Radar, I also find this book suitable for a non-technical audience, such as engineers/scientists from different disciplines interested in learning more about Radar, or managers/directors dealing with projects involving radars.
For those technical, radar-oriented people already possessing the second edition, upgrading to the third edition is highly recommended, since the amount of novelty and new topics covered justifies the investment.
This book is a masterpiece in the Radar community and virtually flawless: the new authors made an impressive effort in keeping the new edition as "Stimson's style".
Unless surprises, this book may remain the best introductory Radar textbook for a long time.
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