Principles Of Underwater Sound 3rd Edition
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Principles of Underwater Sound 3rd Edition: A Classic Book on Sonar and Acoustics
If you are looking for a comprehensive and practical guide on underwater sound and sonar, you might want to check out Principles of Underwater Sound 3rd Edition by Robert J. Urick. This book is widely regarded as the most authoritative and useful book on the subject, covering both the theoretical and applied aspects of underwater acoustics and sonar.
In this book, you will learn about the basic concepts of sound in the sea, the sonar equation, the factors affecting sound propagation, scattering, reverberation, ambient noise, detection theory, and sonar applications such as depth sounding, fish finding, and submarine detection. You will also find clear explanations, illustrative examples, problem sets with solutions, and references to other sources for further reading.
Principles of Underwater Sound 3rd Edition was first published in 1983 by McGraw-Hill and has been revised and updated several times since then. It is now available from Peninsula Pub in hardcover and paperback formats. The book has received rave reviews from engineers, scientists, technicians, managers, teachers, and students who work or study in the field of underwater sound and sonar.
Whether you are a beginner or an expert in underwater acoustics and sonar, you will find this book to be an invaluable resource for your personal or professional use. To order your copy of Principles of Underwater Sound 3rd Edition by Robert J. Urick, visit Amazon.com or Google Books today.
Underwater sound and sonar are not only important for military and commercial purposes, but also for scientific and environmental applications. For example, underwater acoustics can be used to study the marine life, the ocean floor, the climate change, and the natural hazards such as earthquakes and tsunamis. Underwater acoustics can also help to protect the marine ecosystems from noise pollution, overfishing, and invasive species.
However, underwater acoustics and sonar also face many challenges and limitations, such as the complexity and variability of the underwater environment, the interference and noise from other sources, the attenuation and distortion of the sound signals, and the ethical and legal issues related to the use of sound in the ocean. Therefore, underwater acoustics and sonar require constant research and development to overcome these difficulties and to enhance their capabilities.
Some of the recent trends and innovations in underwater acoustics and sonar include: digital sonar design, which uses advanced signal processing techniques to improve the resolution, accuracy, and reliability of sonar systems; adaptive beamforming, which adjusts the directionality and shape of the acoustic beams to optimize the detection and localization of targets; passive sonar, which exploits the natural or artificial sounds in the ocean to infer information about the sources or the environment; multistatic sonar, which uses multiple transmitters and receivers to increase the coverage and diversity of sonar measurements; synthetic aperture sonar, which synthesizes a large virtual aperture from a small physical aperture to enhance the image quality of sonar systems; and autonomous underwater vehicles (AUVs), which are self-propelled and self-controlled devices that can carry out various underwater tasks such as exploration, mapping, surveillance, or communication. ec8f644aee