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Jeffrey A. Holmes
Special Problems in Accelerator Physics
Course Announcement Accelerator Physics Overview
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Class Lectures
Chapter 1, Background Chapter 2, Acceleration Methods and Cavities
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Blackboard Notes
Chapter 1, Notes 1, Background Chapter 2, Notes 1, Betatron Chapter 2, Notes 2, Cavities: Modes and Stored Energy Chapter 2, Notes 3, Cavities: Losses, Q, and Shunt Impedance Chapter 2, Notes 4, Longitudinal Dynamics and Phase Stability: Introduction Chapter 2, Notes 5, Longitudinal Dynamics and Phase Stability: Basic Equations Chapter 2, Notes 6, Longitudinal Dynamics and Phase Stability: Buckets, Bunches, Synchrotron Tune, Longitudinal Emittance, Start Adiabatic Damping Chapter 2, Notes 7, Longitudinal Dynamics and Phase Stability: Adiabatic Damping and Transition Crossing Chapter 3, Notes 1, Transverse Dynamics: Setting Up Framework Chapter 3, Notes 2, Transverse Dynamics: Derivation of Equations I Chapter 3, Notes 3, Transverse Dynamics: Derivation of Equations II Chapter 3, Notes 4, Transverse Dynamics: Transport Through Simple Elements Chapter 3, Notes 5, Transverse Dynamics: Basic Transport Properties, 1 Chapter 3, Notes 6, Transverse Dynamics: Basic Transport Properties, 2 Chapter 3, Notes 7, Transverse Dynamics: Basic Transport Properties, 3, Emittance and Admittance Chapter 3, Notes 8, Transverse Dynamics: Adiabatic Damping and Dispersion Chapter 3, Notes 9, Transverse Dynamics: Dispersion, Path Length, Momentum Compaction, Orbit Errors Chapter 3, Notes 10, Transverse Dynamics: Magnet Errors  Physical Source Chapter 3, Notes 11, Transverse Dynamics: Magnet Errors  Closed Orbit Deflection Chapter 3, Notes 12, Transverse Dynamics: Magnet Errors  Closed Orbit Deflection, Start Focusing Errors Chapter 3, Notes 13, Transverse Dynamics: Magnet Errors  Focusing Errors Chapter 3, Notes 14, Transverse Dynamics: Chromaticity. Chapter 6, Notes 1, Collective Effects: Introduce Space Charge Chapter 6, Notes 2, Collective Effects: Transverse Space Charge, Tune Shifts Chapter 6, Notes 3, Collective Effects: Colliding Beam Space Charge, Longitudinal Space Charge Chapter 6, Notes 4, Collective Effects: Longitudinal Space Charge, Synchrotron Tune Shift
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Selected Homework Problems
Chapter 1, Homework 1, Introduction Chapter 2, Homework 1, Betatron and Accelerating Cavities Chapter 2, Homework 1, Supplementary Information Chapter 2, Homework 2, Acceleration and Phase Stability Chapter 2, Homework 2, Acceleration and Phase Stability, Further Elaboration Chapter 3, Homework 1, Transverse Focusing Matrices Chapter 3, Homework 1, Supplementary Information Chapter 3, Homework 2, Transverse Linear Motion Chapter 3, Homework 3, Hints for Midterm Chapter 3, Homework 3, Problem 316 Chapter 3, Homework 4, Transverse Linear Motion, Emittances and Closed Orbit Errors Chapter 3, Homework 5, Transverse Linear Motion, Gradient Errors Chapter 6, Homework 1, Space Charge Final Examination
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