Particle Accelerator Physics I & II, Springer-Verlag publishers (study edition, 2003) by Helmut Wiedemann
An Introduction to the Physics of High Energy Accelerators, Wiley & Sons Publishers (1993) by Donald A. Edwards and Michael J. Syphers
Accelerator Physics by S.Y. Lee. World Scientific, 1999
Review of basic measurements (James Safranek)
For more on beam measurements, see:
Beam Measurement, Proceedings of the Joint US-CERN-Japan-Russia School
on Particle Accelerators, S-I. Kurokawa, S.Y. Lee, E. Perevedentsev & S. Turner,
editors, World Scientific (1999).
The lecture was in particular derived from lectures in Beam Measurement by
Frank Zimmermann and John Byrd.
The lectures by Frank Zimmermann are given in more detail in a new book:
M.G. Minty and F. Zimmermann, Measurement and control of charged particle
beams, Springer (2003).
LOCO: Determining gradient errors using response matrix analysis
(James Safranek)
Numerical Recipes, Cambridge University Press, is an excellent reference for
SVD, c2 model fitting, and error bars, as well many other numerical techniques for
analyzing data.
J. Safranek, “Experimental determination of storage ring optics using orbit
response measurements”, Nucl. Inst. and Meth. A388, (1997), pg. 27.
D. Robin, J. Safranek, W. Decking, “Realizing the benefits of restored periodicity
in the advanced light source”, Phys. Rev. Special Topics-AB, v. 2 (1999).
The idea for LOCO came from previous work:
W.J. Corbett, M.J. Lee, and V. Ziemann, “A fast model calibration procedure for
storage rings,” SLAC-PUB-6111, May, 1993.
P. Castro et al., PAC93 conference proceedings 2103 (1993)
Asseo, CERN PS Note 87-1 (1987)
D. Sagan et al
PRST 2 074001 (1999)
PRST 3 092801 (2000)
PRST 3 102801 (2000)
Wednesday (Emittance, Coupling, MIA):
Beam size measurements (James Safranek)
Introduction to coupling, coupling diagnostics, coupling correction (Christoph Steier)
Guignard, CERN 76-06 (1976)
De Ninno & Fanelli, Phys. Rev. ST-AB, Vol 3, (2000).
K. Ohmi et al., Phys. Rev. E 49, 1 (1994).
D. Sagan and D. Rubin, Phys. Rev. ST-AB, 2 (1999).
D. Sagan et al. Phys. Rev. ST-AB, 3 (2000).
J. Safranek, and S. Krinsky, PAC 93 and AIP Proc. 315,
1993.
J. Safranek, Nucl. Instr. & Meth. A 388, 27 (1997).
C. Steier, and D. Robin, EPAC 2000.
P. Nghiem, and Tordeux, Coupling correction for the ESRF,
SOLEIL internal report, 1999.
R. Nagaoka, EPAC 2000.
R. Nagaoka, and L. Farvacque, PAC 2001.
K. Kubo, et al., Phys. Rev. Lett. 88:194891 (2002).
C. Steier, et al., Coupling Correction and ... , PAC 2003
MIA: Model Independent Analysis (James Safranek)
J. Irwin, C. X. Wang, Y. T. Yan, et al., Model-Independent
Beam Dynamics Analysis, Phys. Rev. Lett. 82, 1684 (1999).
J. Irwin, and Y. T. Yan, Beamline model verification using model-
independent analysis , SLAC-PUB-8515 (2000).
Y. Cai, et al., Application of Model- Independent Analysis to PEP-II Rings,
Proceedings of the 2001 Particle Accelerator Conference,
Chicago, 3555 (2001).
A. Wolski, et al., Initial Results from Model Independent Analysis of the KEK ATF , Proceedings
of EPAC2002, Paris, France, 1205 (2002)
Thursday (Nonlinear Dynamics):
Lifetime, Injection Effeiciency, Frequency map analysis, Momentum
aperture (Christoph Steier)
Phys. Rev. E (2001), C. Steier, et al.
Measuring and Optimizing the Momentum Aperture in a Particle Accelerator
Synchrotron Radiation News 13, 6, November 2000, pp.33-36
Robin, D., C. Steier, and A. Robinson
Frequency Map Analysis Applied to the ALS Storage Ring
Phys. Rev. Lett. 85, 3, (July 2000), pp.558-561
Robin, D., C. Steier, J. Laskar, and L.S. Nadolski
Global dynamics of the Advanced Light Source revealed through experimental frequency map analysis
Effects of insertion devices (James Safranek)
Modeling wigglers:
Weishi Wan, PAC03.
David Sagan, PAC03.
Ying Wu, PAC01 and PAC03.
Elleaume, Pascal, “A new approach to the electron beam dynamics in undulators and
wiggler”, EPAC’92, page 661.
Smith, Lloyd, “Effect of wigglers and undulators on beam dynamics”, LBNL, ESG
Technical Note No. 24, 1986.
Beam-based measurements:
Temnykh et al., “Beam-based characterization of a new 7-pole super-conducting wiggler
at CESR”, PAC03.
Kuske et al., “Investigation of non-linear beam dynamics with apple II-type undulators at
Bessy II”, PAC01.
J. Safranek et al., “Nonlinear dynamics in a SPEAR wiggler”, PRST-AB, Volume 5,
(2002).
Robin et al., “Global beta-beating compensation of the ALS W16 wiggler”, PAC97.
Orbit control:
O. Singh and S. Krinsky, “Orbit compensation for the time-varying elliptically polarized
wiggler with switching frequency at 100 Hz.”, PAC97.
Resonance Driving Term Analysis (Christoph Steier)
R. Bartolini, et al. ‘Measurement of Resonance Driving Terms by Turn-by-Turn Data’, Proceedings of PAC 1999, 1557, New York (1999)
W. Fischer, et al. ‘Measurement of Sextupolar Resonance Driving Terms in RHIC’, Proceedings of PAC 2003, Portland
R. Bartolini and F. Schmidt, LHC Project note 132, Part. Accelerators. 59, pp. 93-106, (1998).
F. Schmidt, R. Tomas, A. Faus–Golfe, CERN-SL-2001-039-AP Geneva, CERN and IPAC 2001.
M. Hayes, F. Schmidt, R. Tomas, EPAC 2002 and CERNSL-2002-039-AP Geneva, 25 Jun 2002.
F. Schmidt, CERN SL/94-56 (AP) Update March 2000.
R. Bartolini and F. Schmidt, CERN SL–Note–98–017 (AP).
Friday (Higher order modes, Impedances, Energy Calibration):
