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OverviewPhotomultipliers are extremely sensitive light detectors that can detect single photons. In multiplying the charge produced by incident light by up to 100 million times, these devices are essential to a wide range of functions, from medical instrumentation to astronomical observations. This complete and authoritative guide will provide students, practitioners, and researchers with a deeper understanding of the operating principles of these devices. Authored by an experienced user and manufacturer of photomultipliers, this handbook gives the reader insights into photomultiplier behaviour as a means to optimize performance.Diffuse and low level light sources are best served with a photomultiplier for the detection of single photon emissions. Light detection and electron multiplication are statistical in nature and the mathematics of these processes is derived from first principles. The book covers other related topics such as scintillation counting, light guides, and large area detectors. The usually complicated subject of biasing a photomultiplier, very important for optimal performance, is reduced to a comprehensible set of calculations. All applications demand some form of electronics, the options for which are fully explored in this book. Full Product DetailsAuthor: A. G. Wright (formerly Chief Scientist, formerly Chief Scientist, ET Enterprises) , Tony WrightPublisher: Oxford University Press Imprint: Oxford University Press Dimensions: Width: 20.30cm , Height: 3.50cm , Length: 25.30cm Weight: 1.494kg ISBN: 9780199565092ISBN 10: 0199565090 Pages: 640 Publication Date: 22 June 2017 Audience: College/higher education , Undergraduate Format: Hardback Publisher's Status: Active Availability: Manufactured on demand ![]() We will order this item for you from a manufactured on demand supplier. Table of ContentsReviewsHis unique, comprehensive book exudes his vast theoretical and practical knowledge of these devices, their associated electronics, and their use with signal recovery instruments. This highly recommended book is suitable for all users of the PMT who wish to optimize its performance. It is replete with technical data, references and an index. * Barry R Masters, Optics and Photonics News * This volume is a comprehensive handbook aimed primarily at those who use, design or build vacuum photomultipliers. The book could become a valuable reference for researchers and engineers, and for students working with light sensors and, in particular, photomultipliers. * CERN Courier * His unique, comprehensive book exudes his vast theoretical and practical knowledge of these devices, their associated electronics, and their use with signal recovery instruments. This highly recommended book is suitable for all users of the PMT who wish to optimize its performance. It is replete with technical data, references and an index. * Barry R Masters, Optics and Photonics News * This volume is a comprehensive handbook aimed primarily at those who use, design or build vacuum photomultipliers. The book could become a valuable reference for researchers and engineers, and for students working with light sensors and, in particular, photomultipliers. * CERN Courier * His unique, comprehensive book exudes his vast theoretical and practical knowledge of these devices, their associated electronics, and their use with signal recovery instruments. This highly recommended book is suitable for all users of the PMT who wish to optimize its performance. It is replete with technical data, references and an index. * Barry R Masters, Optics and Photonics News * This is an excellent, well-written and very comprehensive book covering all aspects of photomultiplier tube principles, design and application. * Peter R. Hobson, Contemporary Physics * Author InformationA.G. Wright has worked with photomultipliers for forty years. He was born in Durban, South Africa, where he attended the University of Natal as a physics undergraduate and did postgraduate research on atmospherics generated by lightning discharges before the birth of 'health and safety.' He left South Africa in 1968 with his wife to experience life in London while studying for a Ph.D. at the University of London. Wright's doctoral thesis in cosmic rays, now known as astrophysics, concerned verifying cross-sections for electromagnetic interactions of muons underground, in particular pair production. The greatest challenge, however, concerned operating a scintillator stack unattended in a disused railway tunnel. He convinced the Electron Tube Division of EMI to employ him as an applications engineer drawing on his newly acquired knowledge of photomultipliers. This initiated his accumulation of expertise and experience with photomultipliers over the past several decades. Tab Content 6Author Website:Countries AvailableAll regions |