2021-06-18
06:16 |
Simulating radiation effects and signal response in silicon sensors
/ Bomben, M (ed.) (Paris U., VI-VII) ; Sonneveld, J (ed.) (Nikhef, Amsterdam) ; Benoit, M (RIKEN BNL) ; Chabert, E (Strasbourg, IPHC) ; Lari, T (INFN, Milan) ; Llorente Merino, J (Simon Fraser U.) ; Nachman, B (LBNL, Berkeley) ; Rossini, L (INFN, Milan ; Milan U.) ; Sabatini, P (Valencia U., IFIC) ; Suarez, C (Johns Hopkins U.) et al.
Simulating the effects of radiation on signal response in silicon sensors is crucial for accurately predicting detector performance throughout the lifetime of the experiment. This, in turn, improves the reconstruction accuracy of proton–proton collisions and helps maintain the experiment’s physics reach. [...]
2021 - 23 p.
- Published in : 10.23731/CYRM-2021-001.123
Fulltext: 123.PDF;
In : Radiation effects in the LHC experiments: Impact on detector performance and operation, pp.123-145
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2021-06-18
06:16 |
Impact of radiation on electronics and opto-electronics
/ Bindi, M (ed.) (Gottingen U.) ; Butz, E (ed.) (KIT, Karlsruhe) ; Backhaus, M (ETH, Zurich (main)) ; Butti, P (SLAC) ; Chabert, E (Strasbourg, IPHC) ; Chen, S (Pennsylvania U.) ; Dickinson, J (Fermilab) ; Erdmann, W (PSI, Villigen) ; Pascual, J Garcia (Beijing, Inst. High Energy Phys.) ; Gerosa, R (UC, San Diego) et al.
In this chapter we will present the results of the impact of radiation on electronics and opto-electronics for two of the LHC experiments during Run 1 and Run 2. ATLAS results are presented in Section 6.1; CMS in Section 6.2. [...]
2021 - 35 p.
- Published in : 10.23731/CYRM-2021-001.87
Fulltext: PDF;
In : Radiation effects in the LHC experiments: Impact on detector performance and operation, pp.87-121
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2021-06-18
06:16 |
Measurements of radiation damage on silicon sensors
/ De Cosa, A (ed.) (ETH, Zurich (main)) ; Nachman, B (ed.) (LBNL, Berkeley) ; Collins, P (ed.) (CERN) ; Agram, J L (Strasbourg, IPHC) ; Barter, W (Imperial Coll., London) ; Baselga, M (KIT, Karlsruhe) ; Battaglia, M (UC, Santa Cruz) ; Beyer, J (LMU Munich (main)) ; Borecka-Bielska, H M (U. Liverpool (main)) ; Brzhechko, D (Zurich U.) et al.
This chapter is organized as follows. Section 5.1 introduces, for each experiment, aspects of the detector set-up and measurement methods particularly relevant for the measurements. [...]
2021 - 27 p.
- Published in : 10.23731/CYRM-2021-001.59
Fulltext: PDF;
In : Radiation effects in the LHC experiments: Impact on detector performance and operation, pp.59-85
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2021-06-18
06:16 |
Simulation of radiation environments
/ Alici, A (Queen Mary, U. of London (main)) ; Azhgirey, I (Serpukhov, IHEP) ; Dawson, I (Queen Mary, U. of London (main)) ; Huhtinen, M (CERN) ; Ivantchenko, V (Tomsk State U.) ; Kar, D (Witwatersrand U.) ; Karacson, M (CERN) ; Mallows, S (KIT, Karlsruhe) ; Manousos, T (CERN) ; Mandić, I (Stefan Inst., Ljubljana) et al.
Simulating radiation environments is crucial in the design phase of new hadron collider experiments or upgrades, especially when extrapolating to new centre of mass collision energies where previous experience cannot be relied on. The generation of radiation fields in the LHC experiments is dominated by proton–proton collisions, with contributions from beam-gas interactions and other machine losses. [...]
2021 - 24 p.
- Published in : 10.23731/CYRM-2021-001.35
Fulltext: PDF;
In : Radiation effects in the LHC experiments: Impact on detector performance and operation, pp.35-58
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2021-06-18
06:16 |
The LHC machine and experiments
/ Alici, A (Bologna U.) ; Bomben, M (Paris U., VI-VII) ; Dawson, I (Queen Mary, U. of London) ; Sonneveld, J (Nikhef, Amsterdam)
The Large Hadron Collider is a 26.7 km circular accelerator based on a twin aperture superconducting magnet design with a design proton beam energy of 7 TeV. The four particle physics experiments ALICE, ATLAS, CMS, and LHCb are located around the ring. [...]
Geneva : CERN, 2021 - 12 p.
- Published in : 10.23731/CYRM-2021-001.23
Fulltext: PDF;
In : Radiation effects in the LHC experiments: Impact on detector performance and operation, pp.23-34
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2021-06-18
06:16 |
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2021-06-11
04:17 |
Heavy-ion physics: freedom to do hot, dense, exciting QCD
/ Tejeda-Yeomans, Maria Elena (Colima U.)
In these two lectures I review the basics of heavy-ion collisions at relativistic energies and the physics we can do with them. I aim to cover the basics on the kinematics and observables in heavy-ion collider experiments, the basics on the phenomenology of the nuclear matter phase diagram, some of the model building and simulations currently used in the heavy-ion physics community and a selected list of amazing phenomenological discoveries and predictions..
arXiv:2004.13812.-
2021-05-31 - 24 p.
- Published in : 10.23730/CYRSP-2021-002.137
Fulltext: PDF; Preprint: PDF;
In : 2019 CERN-Latin-American School of High-Energy Physics, Villa General Belgrano, Argentina, 13 - 26 March, 2019, pp.137 (CERN-2021-002)
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2021-06-08
04:00 |
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2021-02-23
06:23 |
Status of negative momentum compaction operation at KARA
/ Schreiber, P (KIT, Karlsruhe) ; Boltz, T (KIT, Karlsruhe) ; Brosi, M (KIT, Karlsruhe) ; Haerer, B (KIT, Karlsruhe) ; Mochihashi, A (KIT, Karlsruhe) ; Papash, A I (KIT, Karlsruhe) ; Schuh, M (KIT, Karlsruhe) ; Müller, A -S (KIT, Karlsruhe)
For future synchrotron light sources different operation modes are of interest. Therefore various modes are currently being tested at the Karlsruhe Research Accelerator (KARA) including optics for a negative momentum compaction factor. [...]
2020 - 3 p.
- Published in : 10.23732/CYRCP-2020-009.297
Fulltext: PDF;
In : ICFA mini-Workshop on Mitigation of Coherent Beam Instabilities in Particle Accelerators (MCBI 2019), Zermatt, Switzerland, 23 - 27 Sep 2019, pp.297-299 (CERN-2020-009)
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2021-02-20
06:37 |
Incoherent electron cloud effects in the Large Hadron Collider
/ Paraschou, K (CERN ; Aristotle U., Thessaloniki) ; Iadarola, G (CERN)
During the operation of the Large Hadron Collider in 2018, the majority of physics data was collected with a beam energy of 6.5 TeV, a bunch spacing of 25 ns and with β-functions in the high luminosity interaction points equal to 30 cm. In this configuration, it was found through several experimental measurements that electron cloud induces a significant degradation of the beam lifetime. [...]
2020 - 7 p.
- Published in : 10.23732/CYRCP-2020-009.249
Fulltext: PDF;
In : ICFA mini-Workshop on Mitigation of Coherent Beam Instabilities in Particle Accelerators (MCBI 2019), Zermatt, Switzerland, 23 - 27 Sep 2019, pp.249-255 (CERN-2020-009)
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