Conveners
Detektory a urychlovače
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Detektory a urychlovače
- Katarína Křížková Gajdošová (CTU FNSPE)
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Ms Valentina Raskina17/01/2019, 14:45
The ALICE experiment at CERN will upgrade its Inner Tracking System (ITS) detector. The new ITS will consist of seven concentric cylindrical layers of ALPIDE silicon sensors which are based on the MAPS technology. As part of the upgrade program we have studied radiation hardness of the ALPIDE sensor using a 30 MeV proton beam provided by the cyclotron U-120M of the Nuclear Physics Institute of...
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Pavel Gajdoš (České vysoké učení technické v Praze)17/01/2019, 15:25
Při elektronovém urychlování laserem řízenou plazmovou vznikají kvazimonochromatické svazky elektronů s relativním rozptylem energie okolo 10 %. Pokud bychom takový svazek chtěli dále urychlovat (konvenčními urychlovači), je nutné pro získání kvalitnějšího svazku jej nejprve fokusovat, jinak se rozptyl energie nezmenší. V případě, že svazek fokusujeme achromatickou, izochronní soustavou a...
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Ondřej Sedláček (CTU FNSPE)17/01/2019, 15:55
Particle accelerators are widely used in medical treatment, for industrial purposes, fundamental research and in other fields. The precise knowledge of the beam parameters is important for all mentioned fields but fundamental research requires the most precise measurements. Therefore this presentation will be focused on analyzing and correcting the signal leakage in the bunch by bunch...
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Anežka Kabátová18/01/2019, 11:20
The main subject of my research task is a characterization of pixelated monolithic radiation detectors for the space environment.
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One of the detector operational requirements is a reliable performance in the space radiation environment, which demands a characterization of SEU tolerance. For the evaluation of SEU cross-section of the X-CHIP-03, bit-flip data were acquired by irradiation with... -
Matěj Vaculčiak18/01/2019, 11:40
to be done
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Ekaterina Eremenko
Laser based acceleration technology allows to produce high electric fields at small distances. Laser interacting with target produces plasma, which can be used for particle acceleration. Basics of plasma and laser physics are introduced.
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