Titlebook: Handbook of Particle Detection and Imaging; Ivor Fleck,Maxim Titov,Irène Buvat Living reference work 20200th edition Applications of part

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Accelerators for Particle Physics,rs are the devices that allow to produce these high-energy particle beams..High-energy particle accelerators have a length of many kilometers and are the largest scientific tools used today. We give a short overview over the main types of accelerators, in particular synchrotrons, storage rings, and

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Neutrino Detectors,l around the world have worked on the detection and understanding of this particle which so scarcely interacts with matter. Depending on the origin and nature of the neutrino, various types of experiments have been developed and operated. In this chapter we will review neutrino detectors in terms of

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Scintillators and Scintillation Detectors,e in 1895 by Roentgen of the production of light by x-rays on a barium platinocyanide screen, and Thomas Edison’s work over the following 2 years resulting in the discovery of calcium tungstate as a superior fluoroscopy screen, much research and experimentation have been undertaken to discover and e

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Gamma-Ray Spectroscopy,are in the form of detector response . discrete channel number. The methods considered for gamma-ray spectroscopy are somewhat general and can be applied to other types of spectroscopy. The general objective of spectroscopy is to obtain, at a minimum, the qualitative identification of the source (e.

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Cherenkov Radiation,ts prompt photons, called Cherenkov radiation, at a characteristic polar angle that depends on the particle velocity. Cherenkov counters are particle detectors that make use of this radiation. Uses include prompt particle counting, the detection of fast particles, the measurement of particle masses,