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Binbin Qi (University of science and technology of China)26/05/2021, 05:00Experiments: High energy physicsPoster
The Super Tau-Charm Facility (STCF) in China is a future electron-positron collider, which has a very broad important physics programs and provides a unique platform to study the $\tau$ and charm physics. Excellent particle identification (PID) ability is one of the most important parts for the high energy particles experiment in the physics research of STCF. The effective PID over the full...
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26/05/2021, 05:00Experiments: High energy physicsPoster
The Compact Muon Solenoid (CMS) is a general-purpose particle detector at the Large Hadron Collider (LHC) designed to study a wide range of particles produced in high energy collisions. These particles interact with the beam pipe, shielding and detector supporting materials to produce neutrons, gammas, electrons and positrons, forming a common background radiation field for CMS. A Monte-Carlo...
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Alexander Baranov (Institute for Nuclear Research of the Russian Academy of Scienc), Dmitry Borisenko26/05/2021, 05:00Experiments: High energy physicsPoster
The scintillator and quartz hodoscopes for BM@N experiment at Dubna (Russia) are discussed. They will detect the nuclear fragments produced in ion-ion collisions near the beam axis. The scintillator or quartz types will be used depending on the atomic number of beam ions and on the radiation conditions near the beam axis. The hodoscope consists of 16 scintillator or quartz strips with the...
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Mr Vasyl Dobishuk (National Academy of Sciences of Ukraine (UA))26/05/2021, 05:00Experiments: High energy physicsPoster
During Run 3, the LHCb experiment will collect data at a higher luminosity with respect to the previous decade of data taking. The Radiation Monitoring System (RMS-R3) will display the interaction rate of the LHC’s beams along with its background in LHCb. The RMS-R3 comprises four detector modules based on the Metal-Foil Detectors radiation hard technology that can withstand fluences up to...
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Jan-Hendrik Arling (Deutsches Elektronen-Synchrotron (DE))26/05/2021, 05:00Experiments: High energy physicsPoster
The technique of material budget imaging (MBI) uses multi-GeV electrons to directly measure the material budget $ε=X/X_0$ of a material with thickness $X$ and its radiation length $X_0$. The beam particles are deflected by multiple Coulomb scattering and the deflection angle distribution is centered at zero with a width depending on the traversed material.
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Hence, a reconstruction of kink... -
Jose Feliciano Benitez (Universidad de Sonora (MX))26/05/2021, 05:00Experiments: High energy physicsPoster
The high-luminosity upgrade of the LHC (HL-LHC) is foreseen to reach an instantaneous luminosity a factor of five to seven times the nominal LHC design value. The resulting, unprecedented requirements for background monitoring and luminosity measurement create the need for new high-precision instrumentation at CMS, using radiation-hard detector technologies. This contribution presents the...
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Alexander Gribovsky26/05/2021, 05:00Experiments: High energy physicsPoster
The Spin Physics Detector (SPD) is one of the two large setups at the NICA collider under construction at JINR (Dubna). The ultimate goal of the studies at SPD is measurement of different spin observables in polarized proton-proton, deuteron-deuteron and proton-deuteron collisions sensitive to the polarized gluonic structure of the nucleon at the luminosity up to 10^32 cm^-2*s^-1 and \sqrt{s}...
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Isidre Mateu (Universitaet Bern (CH))26/05/2021, 05:00Experiments: High energy physicsPoster
The Bern medical cyclotron is a robust proton accelerator facility used for isotope production, research and HEP radiation hardness studies. A beam-transfer line is used to extract the beam from the cyclotron into a second bunker, where the device under test is located. This unique setup provides tuneable beam parameters with a maximal energy of 18 MeV in vacuum (16 MeV in air) and an...
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Ilknur Koseoglu (Justus-Liebig-Universitaet Giessen (DE))26/05/2021, 05:00Experiments: High energy physicsPoster
The PANDA detector at the future Facility for Antiproton and Ion Research (FAIR) is currently being constructed in Darmstadt, Germany. It contains a fixed proton target and an antiproton beam with a momentum range between 1.5 GeV/c to 15 GeV/c. Two Cherenkov detectors are used to identify charged hadrons. The Disc DIRC (EDD) covers polar angles between 5$^\circ$ to 22$^\circ$ in the endcap...
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