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Course Materials - Stony Brook University - June 2011

Fundamentals of Accelerator Physics and Technology with Simulations and Measurements Lab (undergraduate level)

course given by William Barletta, USPAS/MIT; Mei Bai, Brookhaven National Lab; Timothy Koeth, University of Maryland; and Elvin Harms, Fermilab

Lectures given by William Barletta:

• Unit 1 - Lecture 1 - Motivation
  
  
• Unit 1 - Lecture 2 - Preliminaries
  
  
• Unit 1 - Lecture 3 - Preliminaries Continued
  
  
• Unit 2 - Lecture 4 - Beam Properties
  
  
• Unit 2 - Lecture 5 - History
  
  
• Unit 3 - Lecture 6 - Non-Resonant Accelerators
  
  
• Unit 3 - Lecture 7 - RF Synchronism
  
  
• Unit 4 - Lecture 9 - RF Cavities
  
  
• Unit 4 - Lecture 10 - Standing Wave Linacs
  
  
• Unit 4 - Lecture 11 and 12 - Traveling Wave Linacs
  
  
• Unit 4 - Lecture 13 - Beam Loading & Wakefields
  
  
• Unit 6 - Lecture 13 - Beam Loading
  
  
• Unit 6 - Lecture 14 - Wakefields
  
  
• Unit 7 - Lecture 15 - Linear Optics
  
  
• Unit 8 - Lecture 16 - Storage Rings
  
  
• Unit 8 - Lecture 17 - Building Rings
  
  
• Unit 9 - Lecture 18 - Orbit Deviations
  
  
• Unit 8 - Lecture 19 - Limiting Phenomena
  
  
• Unit 10 - Lecture 14 - Cyclotron Basics
  
  
• Unit 10 - Lecture 15 - Advanced Cyclotrons
  
  
• Unit 11 - Lecture 18 - Synchrotron Radiation
  
  
• Unit 11 - Lecture 22 - RF Synchronism Revisited

Lectures given by Mei Bai:

• Classical Mechanics and Electromagnetism
  
  
• Transverse Resonances
  
  
• Transverse Motion: Betatron Oscillation
  
  
• Coordinate System for Circular Accelerator

Lectures given by Timothy Koeth:

• Cyclotrons