Accelerator Physics, January 2017, University of California, Davis

USPAS Accelerator Physics
January 16-27 2017
University of California, Davis

Dr. Todd Satogata / Jefferson Lab and ODU / satogata@jlab.org
TA: Randika Gamage / Old Dominion University / bgama002@odu.edu

Class Information
- Class Syllabus and Information [last updated 03 Jan 2017]
- Textbook: An Introduction to the Physics of Particle Accelerators (2nd Ed), Mario Conte and William W. MacKay
- Textbook errata and supplementary notes [Waldo MacKay, last updated Jan 2013]
- Some handy computer tools, [Todd, Last updated Jan 2017]
- Annotated class photo and USPAS Winter 2017 photos

Class Materials

Date	Chapter	Slides [pdf] / Who	Topic and other notes	Reading/Lab	Homework
M Jan 16 AM	1	[24.3 Mb] / TS	Introductions, Relativity, Relativistic E&M, Accelerator Overview
M Jan 16 PM	2	[7.8 Mb] / TS	Weak Focusing, Stability Conditions	(Animations below)	Homework 1
T Jan 17 AM	3	[7.6 Mb] / TS	Trajectory Mechanics, Hamiltonian Formalism	Brief Hamiltonian review
T Jan 17 PM	4	[8.7 Mb] / TS	Magnets and Field Expansions		Homework 2
W Jan 18 AM	5	[9.8 Mb] / TS	Strong Focusing Theory I	(Waldo, 2013 [2.5 Mb pdf])
W Jan 18 PM	5	cont / TS	Strong Focusing Theory II and MAD-X I	Computer Lab 15:00-17:00 (madx primer) (madx slides)	Homework 3
H Jan 19 AM	6	[10.0 Mb] / TS	Lattice Exercises I
H Jan 19 PM	6+	cont / TS	Lattice Exercises II and MAD-X II	Computer Lab 15:00-17:00	CM 6-1, 6-2, 6-7
F Jan 20 PM	6+	[6.0 Mb] / TS	Lattice Exercises III
F Jan 20 PM	--	[16.8 Mb] / TS	Beams and Emittances (from Rui Li's NAPAC'16 tutorial), Chromaticity/Dispersion, Beam Cooling		Homework 5: Enjoy break!
"Spring Break"
Date	Chapter	Slides [pdf] / Who	Topic and other notes	Reading/Lab	Homework
M Jan 23 AM	9	[4.7 Mb] / TS	Linacs and RF	TM and TE simulations Resonant Driven Oscillators
M Jan 23 PM	7	[11.9 Mb] / TS	Synchrotron Motion (Waldo MacKay 2013 USPAS slides)		Homework 6
T Jan 24 AM	8	[5.5 Mb] / BB	Synchrotron Radiation (Guest lecturer: Bill Barletta)	Extra reading: Jim Clarke (ASTeC)
T Jan 24 PM	--	[11.0 Mb] / TS	Light Source Lattices and Emittance Optimization	Computer Lab 15:00-17:00	Homework 7: Bill's problem, CM 8-3, CM 8-4, Lab
W Jan 25 AM	10+	[1.9 Mb] / TS [0.6 Mb] handout	Observables and Sigma Matrix, Resonances and Nonlinear Dynamics
W Jan 25 PM	10+	cont / TS	Third-Integer Resonance and Extraction	Computer Lab 15:00-17:00 Henon map Standard map	Homework 8: Student talk prep
H Jan 26 AM	11	--.- / All	Student talks
H Jan 26 PM	11	[2.5 Mb] / TS	Beam-Beam and Space Charge		"Take-home" Exam
F Jan 27 AM	13	Fri lectures / CS	Instabilities and Spin Dynamics (Guest lecturer: Christoph Steier)

Animations

Link	Description
[5.1 Mb]	Weak focusing, horizontal, n=0.80
[5.1 Mb]	Weak focusing, horizontal, n=0.17
[4.4 Mb]	Weak focusing, horizontal, n=0.05
[5.8 Mb]	Weak focusing, horizontal, n=-30.17 (Q_x near 5)
[7.6 Mb]	Weak focusing, horizontal, n=-250.17 (Q_x near 40)
[740 kb]	Kicked particle bunch centroid, turn by turn, no decoherence
[5.7 Mb]	Kicked particle bunch centroid, turn by turn, with decoherence
[1.0 Mb]	Particle motion through a drift space
[1.8 Mb]	Particle motion through a matched FODO lattice (short quads)
[4.8 Mb]	Particle motion through a matched FODO lattice (longer quads and dipoles)
[3.4 Mb]	Particle motion through a mismatched FODO lattice (short quads)
[2.4 Mb]	Particle motion through a coupled FODO lattice (long quads)

Useful external links
- Interesting paper: Theory of the Alternating-Gradient Synchrotron, E.D. Courant and H.S. Snyder, Ann. Phys. 281, pp. 360-408 (1957) [cern.ch]
- Interesting paper: Orbital Stability in a Proton Synchrotron, N.H. Frank and R.Q. Twiss, MIT Technical Report No 58 (Feb 1948) [mit.edu]
- Interesting paper: A Selection of Formulae and Data Useful for the Design of A.G. Synchrotrons, C. Bovet et al, CERN DL-70-4 (Apr 1970) [cern.ch]
- Interesting paper: Calculation of the Parameters of a Quadrupole Triplet from the Transfer Matrices, B. Zotter, CERN ISR-73-43 (Sep 1973) [cern.ch]
- Interesting (long) paper: The Physics of Electron Storage Rings: An Introduction, Matt Sands (Nov 1970) [slac.stanford.edu].
- Interesting paper: The Tangled Tale of Phase Space, David Nolte, Physics Today (Apr 2010) [purdue.edu].
- Interesting papers: CERN Yellow Reports [cern.ch]
- Interesting papers: 1985 CERN Accelerator School (K. Steffen Insertions optics notes) [cern.ch]
- Interesting book: Principles of Charged Particle Acceleration by Stan Humphries (1999) [preterhuman.net]
- Interesting book: The Physics of Collective Beam Instabilities in High Energy Accelerators by Alex Chao (2001) [slac.stanford.edu]
- Interesting book: Special Topics in Accelerator Physics by Alex Chao (2002, last updated 2012) [slac.stanford.edu]
- Interesting paper: Energy Upgrade As Regards Quench Performance, W.W. MacKay and S. Tepikian, BNL C-AD AP Note 422, 30 Jan 2011 (BNL-94637).
- Interesting paper: D. Douglas, R.C. York, and J. Kewisch, "Optical Design of the CEBAF Beam Transport System", Proc. of the 1989 Particle Accelerator Conference, Chicago, IL. [jlab.org]
- Interesting paper: N. Tsoupas, D. Kayran, V. Litvinenko and W.W. MacKay, "Uncoupled Achromatic Tilted S-Bend", Proc. of the 2008 Particle Accelerator Conference, Genoa, Italy. [local copy, 493 kb pdf]
- Interesting paper: T. Zolkin, "On sector magnets or transverse electromagnetic fields in cylindrical coordinates", arxiv 1603.03451, March 14 2016 [arxiv.org]

Last update: Jan 27 2017

USPAS Accelerator PhysicsJanuary 16-27 2017University of California, Davis

Dr. Todd Satogata / Jefferson Lab and ODU / satogata@jlab.org TA: Randika Gamage / Old Dominion University / bgama002@odu.edu

USPAS Accelerator Physics
January 16-27 2017
University of California, Davis

Dr. Todd Satogata / Jefferson Lab and ODU / satogata@jlab.org
TA: Randika Gamage / Old Dominion University / bgama002@odu.edu