The ATLAS experiment at the CERN large hadron collider
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2008
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| Acceso en línea: | https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_17480221_v3_n8_p_Multitudinario http://hdl.handle.net/20.500.12110/paper_17480221_v3_n8_p_Multitudinario |
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paper:paper_17480221_v3_n8_p_Multitudinario |
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paper:paper_17480221_v3_n8_p_Multitudinario2023-06-08T16:28:32Z The ATLAS experiment at the CERN large hadron collider Accelerator Accordion geometry ATLAS B-tagging Bandwidth Bunch-crossings Calorimetry Carbon-fibre reinforced plastics Cerenkov light CERN Charged-particle tracking Detector control system Drift tubes Electromagnetic and hadronic interactions Electrons Event filter Fluorinert cooling Forward calorimetry Forward detectors Hall probes Heavy-ion collisions High-level trigger Impact parameter measurements Inner detector Jets Lateral segmentation Leptons LHC Liquid argon Longitudinal segmentation Magnetic field measurements Minimum-bias events Missing transverse energy Muon spectrometer Muons Optical alignment systems Optical fibres Particle identification Photons Pile-up Pixel detectors Precision-tracking chambers Processor farm Proton-proton collisions Radiation-hard electronics Resistive-plate chambers Roman Pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal field Superconducting magnets Taus Thin-gap chambers Time-over-threshold Toroidal field Tracking algorithms Transition radiation Trigger and data acquisition Trigger chambers Vertex measurement Vertexing algorithms Zero-degree calorimetry ATLAS B-tagging Bunch-crossings Carbon-fibre reinforced plastics Cerenkov light CERN Detector control systems Drift tube Event Filters Fluorinert Hadronic interactions Hall probe Heavy-ion collisions High-level triggers Impact-parameter Inner Detector Leptons LHC Liquid argon Minimum-bias events Muon spectrometer Muons Optical alignment systems Particle identifications Pile-ups Pixel detector Precision-tracking chambers Proton proton collisions Radiation-Hard Resistive-plate chambers Roman pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal fields Taus Thin-gap chambers Time over thresholds Toroidal fields Tracking algorithm Transition radiation Transverse energy Trigger and data acquisition Trigger chambers Algorithms Bandwidth Calorimeters Charged particles Colliding beam accelerators Cooling systems Detectors Electronic cooling Electrons Jets Liquefied gases Magnetic field measurement Optical fibers Particle accelerators Particle detectors Photons Silicon detectors Superconducting magnets Calorimetry 2008 https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_17480221_v3_n8_p_Multitudinario http://hdl.handle.net/20.500.12110/paper_17480221_v3_n8_p_Multitudinario |
| institution |
Universidad de Buenos Aires |
| institution_str |
I-28 |
| repository_str |
R-134 |
| collection |
Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) |
| topic |
Accelerator Accordion geometry ATLAS B-tagging Bandwidth Bunch-crossings Calorimetry Carbon-fibre reinforced plastics Cerenkov light CERN Charged-particle tracking Detector control system Drift tubes Electromagnetic and hadronic interactions Electrons Event filter Fluorinert cooling Forward calorimetry Forward detectors Hall probes Heavy-ion collisions High-level trigger Impact parameter measurements Inner detector Jets Lateral segmentation Leptons LHC Liquid argon Longitudinal segmentation Magnetic field measurements Minimum-bias events Missing transverse energy Muon spectrometer Muons Optical alignment systems Optical fibres Particle identification Photons Pile-up Pixel detectors Precision-tracking chambers Processor farm Proton-proton collisions Radiation-hard electronics Resistive-plate chambers Roman Pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal field Superconducting magnets Taus Thin-gap chambers Time-over-threshold Toroidal field Tracking algorithms Transition radiation Trigger and data acquisition Trigger chambers Vertex measurement Vertexing algorithms Zero-degree calorimetry ATLAS B-tagging Bunch-crossings Carbon-fibre reinforced plastics Cerenkov light CERN Detector control systems Drift tube Event Filters Fluorinert Hadronic interactions Hall probe Heavy-ion collisions High-level triggers Impact-parameter Inner Detector Leptons LHC Liquid argon Minimum-bias events Muon spectrometer Muons Optical alignment systems Particle identifications Pile-ups Pixel detector Precision-tracking chambers Proton proton collisions Radiation-Hard Resistive-plate chambers Roman pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal fields Taus Thin-gap chambers Time over thresholds Toroidal fields Tracking algorithm Transition radiation Transverse energy Trigger and data acquisition Trigger chambers Algorithms Bandwidth Calorimeters Charged particles Colliding beam accelerators Cooling systems Detectors Electronic cooling Electrons Jets Liquefied gases Magnetic field measurement Optical fibers Particle accelerators Particle detectors Photons Silicon detectors Superconducting magnets Calorimetry |
| spellingShingle |
Accelerator Accordion geometry ATLAS B-tagging Bandwidth Bunch-crossings Calorimetry Carbon-fibre reinforced plastics Cerenkov light CERN Charged-particle tracking Detector control system Drift tubes Electromagnetic and hadronic interactions Electrons Event filter Fluorinert cooling Forward calorimetry Forward detectors Hall probes Heavy-ion collisions High-level trigger Impact parameter measurements Inner detector Jets Lateral segmentation Leptons LHC Liquid argon Longitudinal segmentation Magnetic field measurements Minimum-bias events Missing transverse energy Muon spectrometer Muons Optical alignment systems Optical fibres Particle identification Photons Pile-up Pixel detectors Precision-tracking chambers Processor farm Proton-proton collisions Radiation-hard electronics Resistive-plate chambers Roman Pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal field Superconducting magnets Taus Thin-gap chambers Time-over-threshold Toroidal field Tracking algorithms Transition radiation Trigger and data acquisition Trigger chambers Vertex measurement Vertexing algorithms Zero-degree calorimetry ATLAS B-tagging Bunch-crossings Carbon-fibre reinforced plastics Cerenkov light CERN Detector control systems Drift tube Event Filters Fluorinert Hadronic interactions Hall probe Heavy-ion collisions High-level triggers Impact-parameter Inner Detector Leptons LHC Liquid argon Minimum-bias events Muon spectrometer Muons Optical alignment systems Particle identifications Pile-ups Pixel detector Precision-tracking chambers Proton proton collisions Radiation-Hard Resistive-plate chambers Roman pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal fields Taus Thin-gap chambers Time over thresholds Toroidal fields Tracking algorithm Transition radiation Transverse energy Trigger and data acquisition Trigger chambers Algorithms Bandwidth Calorimeters Charged particles Colliding beam accelerators Cooling systems Detectors Electronic cooling Electrons Jets Liquefied gases Magnetic field measurement Optical fibers Particle accelerators Particle detectors Photons Silicon detectors Superconducting magnets Calorimetry The ATLAS experiment at the CERN large hadron collider |
| topic_facet |
Accelerator Accordion geometry ATLAS B-tagging Bandwidth Bunch-crossings Calorimetry Carbon-fibre reinforced plastics Cerenkov light CERN Charged-particle tracking Detector control system Drift tubes Electromagnetic and hadronic interactions Electrons Event filter Fluorinert cooling Forward calorimetry Forward detectors Hall probes Heavy-ion collisions High-level trigger Impact parameter measurements Inner detector Jets Lateral segmentation Leptons LHC Liquid argon Longitudinal segmentation Magnetic field measurements Minimum-bias events Missing transverse energy Muon spectrometer Muons Optical alignment systems Optical fibres Particle identification Photons Pile-up Pixel detectors Precision-tracking chambers Processor farm Proton-proton collisions Radiation-hard electronics Resistive-plate chambers Roman Pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal field Superconducting magnets Taus Thin-gap chambers Time-over-threshold Toroidal field Tracking algorithms Transition radiation Trigger and data acquisition Trigger chambers Vertex measurement Vertexing algorithms Zero-degree calorimetry ATLAS B-tagging Bunch-crossings Carbon-fibre reinforced plastics Cerenkov light CERN Detector control systems Drift tube Event Filters Fluorinert Hadronic interactions Hall probe Heavy-ion collisions High-level triggers Impact-parameter Inner Detector Leptons LHC Liquid argon Minimum-bias events Muon spectrometer Muons Optical alignment systems Particle identifications Pile-ups Pixel detector Precision-tracking chambers Proton proton collisions Radiation-Hard Resistive-plate chambers Roman pots Sampling calorimeters Scintillator tiles Silicon micro-strip detectors Solenoidal fields Taus Thin-gap chambers Time over thresholds Toroidal fields Tracking algorithm Transition radiation Transverse energy Trigger and data acquisition Trigger chambers Algorithms Bandwidth Calorimeters Charged particles Colliding beam accelerators Cooling systems Detectors Electronic cooling Electrons Jets Liquefied gases Magnetic field measurement Optical fibers Particle accelerators Particle detectors Photons Silicon detectors Superconducting magnets Calorimetry |
| title |
The ATLAS experiment at the CERN large hadron collider |
| title_short |
The ATLAS experiment at the CERN large hadron collider |
| title_full |
The ATLAS experiment at the CERN large hadron collider |
| title_fullStr |
The ATLAS experiment at the CERN large hadron collider |
| title_full_unstemmed |
The ATLAS experiment at the CERN large hadron collider |
| title_sort |
atlas experiment at the cern large hadron collider |
| publishDate |
2008 |
| url |
https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_17480221_v3_n8_p_Multitudinario http://hdl.handle.net/20.500.12110/paper_17480221_v3_n8_p_Multitudinario |
| _version_ |
1768543440002351104 |