Contents

 
• Introduction
• Physics Motivation
  • Overview of Diffractive Physics
    • Hard Diffraction
    • Recent Experimental Results
  • Physics Topics Accessible with the FPD
    • Diffractive Mass Dependence
    • Momentum Transfer Dependence
    • Super-hard Pomeron
    • Hard Double Pomeron Exchange
    • Diffractive Production of Massive States
    • Other Physics Topics
  • Tevatron versus HERA
  • Interpretation of the Data
  • Physics Motivation Summary
• The FPD Layout and Acceptance
  • Dipole Spectrometer
  • Quadrupole Spectrometers
  • Tracking Studies
    • Dipole Spectrometer Acceptance
    • Quadrupole Spectrometer Acceptance
    • Crossing Angle
    • Resolution
    • Acceptance Summary
• Hardware
  • Roman Pots
  • Position Detectors
    • Scintillating Fiber Detector
    • Fiber Readout and Trigger
    • Related Detector Options and Testing
    • Consideration of Other Detector Technologies
• Data Taking and Analysis
  • Roman Pot Insertion Procedure
    • Roman Pot Location
    • Accelerator Background at DØ
    • Monitoring Backgrounds at DØ
  • Data Taking Strategy
  • Multiple Interactions and Background
    • Pile-up Background
    • Halo Background
  • Triggering and Event Samples
    • Trigger Rates
    • Data Samples
  • Measurements Using the FPD
  • Luminosity Measurement
    • Total Cross Section
    • Run-by-run Luminosity Monitor
  • Running with 132 ns Bunch Spacing
  • Data Taking Summary
• Accelerator Modifications
• Conclusions
• References
• About this document ...