Quick search Find article
Quick search
Find article

Calorimetry triggering in ATLAS

Igonkina O32, Achenbach R15, Adragna P37, Aharrouche M24, Alexandre G11, Andrei V15, Anduaga X21, Aracena I41, Backlund S7, Baines J38, Barnett B M38, Bauss B24, Bee C26, Behera P19, Bell P25, Bendel M24, Benslama K39, Berry T16, Bogaerts A7, Bohm C43, Bold T44,9, Booth J R A5, Bosman M4, Boyd J7, Bracinik J5, Brawn I P38, Brelier B28, Brooks W47, Brunet S10, Bucci F11, Casadei D31, Casado P4, Cerri A7, Charlton D G5, Childers J T15, Collins N J5, Conde Muino P20, Coura Torres R40, Cranmer K31, Curtis C J5, Czyczula Z30, Dam M30, Damazio D3, Davis A O38, De Santo A16, Degenhardt J36, Delsart P-A28, Demers S41, Demirkoz B7, Di Mattia A23, Diaz M42, Djilkibaev R31, Dobson E34, Dova M T21, Dufour M-A27, Eckweiler S24, Ehrenfeld W14,10, Eifert T11, Eisenhandler E37, Ellis N7, Emeliyanov D38, Enoque Ferreira de, Lima D40, Faulkner P J W5, Ferland J28, Flacher H7, Fleckner J E15, Flowerdew M22, Fonseca-Martin T16, Fratina S36, Fhlisch F15, Gadomski S11, Gallacher M P5, Garitaonandia Elejabarrieta H32, Gee C N P38, George S16, Gillman A R38, Goncalo R16, Grabowska-Bold I9, Groll M24, Gringer C24, Hadley D R5, Haller J14,10, Hamilton A11, Hanke P15, Hauser R23, Hellman S43, Hidvgi A43, Hillier S J5, Hryn'ova T7, Idarraga J28, Johansen M43, Johns K2, Kalinowski A39, Khoriauli G39, Kirk J38, Klous S32, Kluge E-E15, Koeneke K10, Konoplich R31, Konstantinidis N45, Kwee R17, Landon M37, LeCompte T1, Ledroit F13, Lei X2, Lendermann V15, Lilley J N5, Losada M6, Maettig S14,10, Mahboubi K15, Mahout G5, Maltrana D42, Marino C18, Masik J25, Meier K15, Middleton R P38, Mincer A31, Moa T43, Monticelli F21, Moreno D6, Morris J D37, Mller F15, Navarro G A6, Negri A35, Nemethy P31, Neusiedl A24, Oltmann B24, Olvito D36, Osuna C4, Padilla C4, Panes B42, Parodi F12, Perera V J O38, Perez E4, Perez Reale V8, Petersen B7, Pinzon G6, Potter C27, Prieur D P F38, Prokishin F47, Qian W38, Quinonez F42, Rajagopalan S3, Reinsch A33, Rieke S24, Riu I4, Robertson S27, Rodriguez D6, Rogriquez Y6, Rhr F15, Saavedra A46, Sankey D P C38, Santamarina C27, Santamarina Rios C27, Scannicchio D35, Schiavi C12, Schmitt K15, Schultz-Coulon H-C15, Schfer U24, Segura E4, Silverstein D41, Silverstein S43, Sivoklokov S29, Sjlin J43, Staley R J5, Stamen R15, Stelzer J10, Stockton M C5, Straessner A11, Strom D33, Sushkov S4, Sutton M45, Tamsett M16, Tan C L A5, Tapprogge S24, Thomas J P5, Thompson P D5, Torrence E33, Tripiana M21, Urquijo P11, Urrejola P42, Vachon B27, Vercesi V35, Vorwerk V4, Wang M39, Watkins P M5, Watson A5, Weber P15, Weidberg T34, Werner P7, Wessels M15, Wheeler-Ellis S44, Whiteson D44, Wiedenmann W48, Wielers M38, Wildt M24, Winklmeier F7, Wu X11, Xella S30, Zhao L31, Zobernig H48, de Seixas J M40, dos Anjos A48, As man B43 and Özcan E45

Show affiliations


The ATLAS experiment is preparing for data taking at 14 TeV collision energy. A rich discovery physics program is being prepared in addition to the detailed study of Standard Model processes which will be produced in abundance. The ATLAS multi-level trigger system is designed to accept one event in 2 mid 105 to enable the selection of rare and unusual physics events. The ATLAS calorimeter system is a precise instrument, which includes liquid Argon electro-magnetic and hadronic components as well as a scintillator-tile hadronic calorimeter. All these components are used in the various levels of the trigger system. A wide physics coverage is ensured by inclusively selecting events with candidate electrons, photons, taus, jets or those with large missing transverse energy. The commissioning of the trigger system is being performed with cosmic ray events and by replaying simulated Monte Carlo events through the trigger and data acquisition system.


PACS

29.40.Vj Calorimeters

95.55.Vj Neutrino, muon, pion, and other elementary particle detectors; cosmic ray detectors

12.60.-i Models beyond the standard model

29.40.Mc Scintillation detectors

96.50.S- Cosmic rays

Subjects

Accelerators, beams and electromagnetism

Nuclear physics

Instrumentation and measurement

Particle physics and field theory

Astrophysics and astroparticles

Dates

Issue 1 (2009)



  1. Calorimetry triggering in ATLAS

    Igonkina O et al 2009 J. Phys.: Conf. Ser. 160 012061

  2. Exploring the quality of evidence for complex and contested policy decisions

    Jeroen P van der Sluijs et al 2008 Environ. Res. Lett. 3 024008

  3. Rotating Eights: I. The three Γi families

    Alain Chenciner et al 2005 Nonlinearity 18 1407

  4. Does wave function collapse cause gravity?

    Lajos Diósi 2009 J. Phys.: Conf. Ser. 174 012002

  5. Characterization of ITO/CdO/glass thin films evaporated by electron beam technique

    Hussein Abdel-Hafez Mohamed and Hazem Mahmoud Ali 2008 Sci. Technol. Adv. Mater. 9 025016

  6. A Search for Distant Solar System Bodies in the Region of Sedna

    Megan E. Schwamb et al 2009 ApJ 694 L45

  7. Edge profile stiffness and insensitivity of the density pedestal to neutral fuelling in Alcator C-Mod edge transport barriers

    J.W. Hughes et al 2007 Nucl. Fusion 47 1057

  8. A Substellar Companion to van Maanen 2

    Valeri V. Makarov 2004 ApJ 600 L71

Related review articles

What's this?
View review articles related to this research to gain an insight into the key trends in this subject area. Related review articles are selected based on PACS/MSC codes, and are no more than three years old.

  1. The physics of solid-state neutron detector materials and geometries
  2. Time projection chambers
  3. Vavilov – Cherenkov radiation: its discovery and application
More

View by subject




Export






Please login to access our web services, or create an account if you don't yet have one.

You must have cookies enabled in your web browser to be able to login.

Username
Password

Forgotten your password? Get a new one here.