Table of Contents
Evolution of the Collider Program: Luminosity Upgrade, etc. Accelerator Advisory Committee November 8, 1999
Tevatron Collider Luminosity
Luminosity versus Antiproton Intensity
Luminosity versus Antiproton Stack Size
Antiproton Production the key to higher luminosity
Run II Parameters
Run II Luminosity Goal 5?20?1031 cm?? sec?1
How higher antiproton intensity will be obtained
Tevatron 1 TeV Upgrade
TeV Dipole Magnets Quench Currents
7 rf bucket spacing
7 rf bucket Bunch Spacing & Crossing Angles
The Need for a Crossing Angle
Luminosity Leveled Store
Luminosity Penalty for a Crossing Angle
Superconducting RF
Superconducting rf System Parameters
Superconducting rf Architectural Plan for E0
Integrated Luminosity Comparisons
Evolution of a Typical Store
Luminosity versus Antiproton Intensity
Interactions per Crossing vrs Antiproton Intensity
Store Length versus Antiproton Intensity
Average Integrated Luminosity
Beyond Run II
Antiproton Production
Slip Stacking Cartoon
Slip Stacking Simulation
Slip Stacking Experiment Combining Two Booster Batches
Target Station Schematic
Beam Sweeping at the Antiproton Production Target
Beam Sweeping Yield versus Sweep Radius
Beam Sweeping Bench Test
Liquid Lithium Lens
Dependence of the Antiproton Yield on the Lithium Lens Gradient
Yield versus Lens Field
Antiproton Cooling
Antiproton Cooling
Run II and Beyond Summary
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