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300. J.-C. GAYDE, D. MERGELKUHL, M. RAYMOND, CERN, Geneva, Switzerland, M. DÖNSZELMANN, Radboud University, Nijmegen, The Netherlands, M. DAAKIR, Université
Paris-Est, Champs-sur-Marne, France, V. BATUSOV, JINR, Dubna, Russia, “The AtlAs
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278. R. Assmann, S. Redaelli, W. Scandale. “Optics study for a possible crystal-based collimation
system for the LHC”. CERN-LHC-PROJECT-REPORT-918, Jun 2006. 3pp. Proc. EPAC 06,
Edinburgh, Scotland, 26-30 Jun 2006.
279. W. Scandale et al., Phys.Lett. B758 (2016) 129-133
280. J. Smith et al, “Prospects for Integrating a Hollow Electron Lens into the LHC Collimation
System”. Proceedings PAC09.
281. S. Redaelli et al., “Plans for Deployment of Hollow Electron Lenses at the LHC for
Enhanced Beam Collimation,” Proceedings, 6th International Particle Accelerator Conference
(IPAC 2015): Richmond, Virginia, USA, May 3-8, 2015. DOI: 10.18429/JACoW-IPAC2015WEBB1
282. J. Resta Lopez, R. Assmann, S. Redaelli, G. Robert-Demolaize, D. Schulte, F. Zimmermann,
A. Faus-Golfe. “An alternative nonlinear collimation system for the LHC”. CERN-LHCPROJECT-REPORT-939, Jun 2006. 3pp. Proc. EPAC 06, Edinburgh, Scotland, 26-30 Jun
2006.
283. J.C. Smith, J.E. Doyle, L. Keller, S.A. Lundgren, Thomas W. Markiewicz, L. Lari. “Design
of a Rotatable Copper Collimator for the LHC Phase II Collimation Upgrade.” Proc. EPAC
08, Magazzini del Cotone, Genoa, Italy, 23-27 Jun 2008.
284. T. Markiewicz et al., “Design, construction, and beam tests of a rotatable collimator prototype
for high-intensity and high-energy hadron accelerators,” submitted to PRAB (2019).
285. J. Frisch, E. Doyle, K. Skarpaas, VIII, “Advanced collimator engineering for the NLC”.
SLAC-PUB-9417, PAC-2001-TPAH012. Aug 2002.
286. G.E. Fischer: Iron Dominated Magnets, AIP Conf. Proc. 153 (1987) 1120-1227.
287. P. Campbell: Permanent Magnet Materials and their Application, Cambridge Univ. Press,
1994.
288. B. Seeber (ed.): Handbook of Applied Superconductivity, UK Institute Physics (1998).
289. J.T. Tanabe: Iron Dominated Electromagnets, World Scientific, Singapore, 2005.
290. CERN Accelerator School Magnets, 16-25 June 2009, Bruges, Belgium, http://
cas.web.cern.ch/cas/Belgium-2009/Lectures/Bruges-lectures.htm
291. R.L. Keizer: Dipole Septum Magnets, CERN PS/Int. 74-13, 1974.
292. J. Borburgh et al., Modifications to the SPS LSS6 septa for LHC and the SPS septa diluters,
Proc. 10th Eur. Particle Accelerator Conf. (EPAC’06), Edinburgh, Scotland, June 26-30,
2002.
293. J. Gervaise and E.J.N Wilson, CERN, Geneva, High precision geodesy applied to CERN
accelerator, CERN accelerator school on Applied Geodesy for Particle Accelerators, CERN,
14-18 April 1986
294. C. Lasseur, CERN, Geneva, Metrology for Experiments, CERN accelerator school on Applied
Geodesy for Particle Accelerators, CERN, 14-18 April 1986
295. M. Mayoud, CERN, Geneva, Geodetic Metrology of Particle Accelerators and Physics
Equipment, 1 st International workshop on Accelerator Alignment, SLAC, July 31- Aug 2,
1989
296. M. Mayoud, CERN, Geneva, Specific Aspects of the Geodetic Metrology of Large Particle
Accelerators, FIG XXIth Intern. Congress, Brighton, GB 1998.
297. J.C. Gayde, C. Humbertclaude, C. Lasseur, CERN, Geneva, Prospects of Close Range Digital
Photogrammetry in large physics installations, IWAA97, Argonne, USA
298. M. Jones, CERN, Geneva, système de coordonnées et le référentiel géodésique CERN,
internal presentation.
299. H. Mainaud Durand & al, CERN, Geneva, “Permanent monitoring of the LHC low beta
triplets: latest results and perspectives”, IWAA2010, DESY, 13-17 September 2010
300. J.-C. GAYDE, D. MERGELKUHL, M. RAYMOND, CERN, Geneva, Switzerland, M. DÖNSZELMANN, Radboud University, Nijmegen, The Netherlands, M. DAAKIR, Université
Paris-Est, Champs-sur-Marne, France, V. BATUSOV, JINR, Dubna, Russia, “The AtlAs
DEtector POsitioning system to control moving parts during atlas closure”, IWAA 2016,
ESRF, Grenoble