2012
DOI: 10.15407/scin8.02.026
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Position Sensitive Micro-Strip and Micro-Pixel Detectors

Abstract: Physics and techniques of the metal foil detectors measuring and imaging charged particles and synchrotron radiation beams are presented. An extremely low thickness (~1 micron) of the Metal Micro-strip Detector (MMD) combined with its high radiation tolerance (~100 MGy) introduces an opportunity to keep a device in the beam, permanently. 'In-situ' operation of the MMD provides non-destructive beam diagnostics in real time. The applications of the micro-strip as well as micropixel detectors are briefly describe… Show more

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Cited by 3 publications
(2 citation statements)
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“…The effective application of silicon position-sensitive detectors designed for the purposes of experimental high energy physics, namely, for recording low-energy ions [4] and synchrotron radiation [5] was an impetus for the development of position-sensitive micro-detector. Addressing the problem of sensor radiation hardness the INR of NASU in cooperation with MEDIPIX Col laboration (CERN) and IAP of NASU has been developed and tested on charged particle beams and synchrotron radiation the prototypes of metal micropixel and micro-strip detectors which are resistant to radiation by definition of their physical and technical principles [6].…”
Section: Experimental Methodsmentioning
confidence: 99%
“…The effective application of silicon position-sensitive detectors designed for the purposes of experimental high energy physics, namely, for recording low-energy ions [4] and synchrotron radiation [5] was an impetus for the development of position-sensitive micro-detector. Addressing the problem of sensor radiation hardness the INR of NASU in cooperation with MEDIPIX Col laboration (CERN) and IAP of NASU has been developed and tested on charged particle beams and synchrotron radiation the prototypes of metal micropixel and micro-strip detectors which are resistant to radiation by definition of their physical and technical principles [6].…”
Section: Experimental Methodsmentioning
confidence: 99%
“…Високі показники їхніх властивостей зумовили широке застосування цих детекторів як у фізиці високих енергій, так і в інших галузях науки та техніки. Зокрема, за участі частини авторів даної статті Timepix було вперше застосовано як електронну фокальну площину (мас-спектрометрія [12], рентгенівська дифрактометрія [13]) для кінематично повних досліджень тричастинкових ядерних реакцій [14], для моніторингу пучків синхротронного випромінення [15] та важких іонів для розвитку просторово-фракціонованої радіаційної терапії [16,17].…”
Section: мікропіксельні гібридні детектори Timepixunclassified