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References
- 1
- LHC Study Group, Design Study of the Large Hadron Collider,
CERN 91-03 (1991), (see Section Transverse Coupled-Bunch Instabilities,
p. 67).
- 2
- D. Möhl,
On Landau Damping of dipole modes by
non-linear space charge and octupoles, Part. Acc. 50, 177 (1995).
- 3
- C. Iselin,
The MAD Program version 8.13: Physical Methods Manual,
http://wwwslap.cern.ch/fci/manuals.html (30/4/1996).
- 4
- LHC Study Group,
The Large Hadron Collider, Conceptual design,
CERN/AC/DI/95-05 (LHC) (1995).
- 5
- J.S. Berg and F. Ruggiero,
Landau damping with two-dimensional betatron tune spread, CERN SL-96-71 AP (1996).
- 6
- Y. Chin, Hamiltonian formulation for transverse bunched beam
instabilities in the presence of betatron tune spread,
CERN SPS/85-9 (DI-MST) (1985).
- 7
- F. Ruggiero,
Single-Beam Collective Effects in the LHC,
CERN SL/95-09 (AP), LHC Note 313 and Part. Acc. 50, 83 (1995).
- 8
- D. Boussard and E. Onillon, CERN SL
Note/93-116 (RFS) (1993).
- 9
- J. Scott Berg,
Transverse Instabilities in the LHC,
CERN LHC Project Report 16 (1996).
- 10
- A. Faus-Golfe and A. Verdier,
Dynamic Aperture Limitations of the LHC in Physics Conditions due to
low-
insertions,
CERN LHC Project Report 13 (1996).
- 11
- J. Salminen, private communication, Nov. 1996.
- 12
- J.P. Koutchouk, Interim report on the localization and
strength of optical elements in the arc short straight sections of LHC 4.2,
CERN LHC Project Note 68 (1996).
- 13
- L. Walckiers, in Working Group on Field Component, 30th October 1996.
- 14
- Q. Qin, S. Weisz,
Dynamic Aperture versus systematic multipole order in LHC version 4.1,
CERN LHC Project Note 42 (1996).
F. Ruggiero
Sat Feb 8 17:11:35 1997