Детекторы и оборудование в физике высоких энергий
_{Detectors and Instrumentation in HEP}

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• EDIT 2012
  • Particle Physics and Fermilab
  • History of Particle Detection
  • Hadron Collider Detectors
  • Silicon Tracking Detectors
  • Cosmic-Ray and Gamma-Ray Experiments
  • Neutrino Detectors
  • Data Acquisition and Signal Processing
  • Medical Applications of Detectors
  • Astronomical Imaging
  • High Intensity and Rare Decay Detectors
  • Cryogenic Detectors
  • Lepton Collider Detectors
• Basic and advanced Electronics
  • Basic electronics
  • Analog electronics
• EDIT 2011
  • The challenges in astroparticles
  • Integrated semiconductor detectors for tracking and energy measurement: how to use new technologies
  • A critical analysis from past to future techniques in Calorimetry 
  • Trackers and the effect of material on impact parameter and momentum resolution
  • The energy flow concept: from LEP to LHC (I)
  • Silicon read-out: where the bugs can hide
  • Hybrid pixel detectors status and future challenges
  • Future Developments and Challenges
• Photodetection: Principles, Performance and Limitations
• Gaseous detectors: present features and future role
  • Basics of Gas Detectors
  • Gaseous detectors fundamentals
• Silicon strips and pixels technologies - part 2
  • Application of Silicon in Trackers (ppt)
  • Hybrid Silicon Pixel Detectors
  • CMOS Pixel Sensors
  • Pixel Detectors in HEP and HI Experiments
  • Pixel Systems at the LHC
  • Future Developments and Challenges
• Silicon strips and pixels technologies - part 1
  • Introduction to Silicon Detectors
  • Data Analysis and Tracking
  •  Radiation Tolerant Silicon Detectors
• Detection of scintillation and Cherenkov light from crystals and fibers
  • Scintillator Fundamentals
  • Scintillator: applications
• Calorimetry: from the basic concepts to the energy flow
  • Daniel Fournier
  • Marcella Diemoz
  • Richard Wigmans