Transcription of PHOTOMULTIPLIER TUBES principles & applications
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PHOTOMULTIPLIER TUBES principles & applications
PHOTOMULTIPLIER TUBES . principles & applications Re-edited September 2002 by S-O Flyckt* and Carole Marmonier**, Photonis, Brive, France *. Email: **Email: i FOREWORD. For more than sixty years, photomultipliers have been used to detect low-energy photons in the UV to visible range, high-energy photons (X-rays and gamma rays). and ionizing particles using scintillators. Today, the PHOTOMULTIPLIER tube remains unequalled in light detection in all but a few specialized areas. The PHOTOMULTIPLIER 's continuing superiority stems from three main features: large sensing area ultra-fast response and excellent timing performance high gain and low noise The last two give the PHOTOMULTIPLIER an exceptionally high gain x bandwidth product.
circular cage dynodes 1-15 CLIA 7-16, 8-2 collider detectors 7-23 cold emission 3-4 collection efficiency 1-8, 1-12, 2-5, 4-7, 4-8 relative 2-5 collimators 7-2, 7-7 Compton backscattering 2-9, 7-22 edge 6-24 effect 6-24 conduction band 1-26, 6-29 conductive coating 5-3 construction 1-2 continuous mode 6-14 cooling 4-49, 5-33 cosmic ankle 8-19
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