PPT-UA9-LHC @ LAL

Alessandro variola lal in2p3 cnrs Thanks to TDemma LBurmistov UA9 is the crystalassisted collimation experiment at CERN The aim of this experiment is to demonstrate that bent crystals can work as a smart deflector on primary halo particles. Samy Chemli EN-MEF. November 2012. Hardware Baseline. Approved ECR. ECR under approval. ECR approval closed. Test . Procedures. Installation Procedures. Open Items. Approved ECR. LHC-JSM-EC-0001. . Gianluigi Arduini – BE/ABP. for the LHC Commissioning Team. Beam commissioning strategy 2010. 450 GeV re-commissioning. Squeeze commissioning. Establish stable beams at 3.5 TeV. Collisions at 3.5 TeV. Tatiana Rijoff, Frank Zimmermann . ColUSM. #19 - 01/03/2013. long-range beam-beam collisions . perturb motion at large betatron amplitudes. , where particles come close to opposing beam. cause . ‘diffusive aperture’. Plans and Reality. Tony Cass. Leader, Database Services Group. Information Technology Department. 11. th. July 2012. 1. HEP, CERN, LHC and LHC Experiments. LHC Computing Challenge. The Technique. In outline. Eric . Prebys. , FNAL. Snowmass 2013 Community Planning Meeting. Fermilab, October 11-13, 2012. Minneapolis. LHC Upgrade Paths (Planned and Potential). October 11-13, 2012. Eric Prebys, Snowmass 2013 CPM, Fermilab. . V. Chareyre / EN-EL. LHC Beam Operation Committee. 11 February 2014. EDMS . No.. . 1354977. 1. 11/02/2014. Outline. UPS systems and replacement project during LS1. New configuration in the alcoves and LHC odd points. Jan Uphoff. with O. Fochler, Z. Xu and C. Greiner. „High p. T. physics at LHC“, Frankfurt. 26 March 2012. Based on arXiv:1104.2295 and 1112.1559. Motivation. Large heavy quark mass . >> . tunnel. to define length of . restricted working . areas. Actual situation. Evolution. How to continue. S. et-up of the spilling test. How. Where. When. Risks. On-going work. Conclusions. 01/11/2013. W. Bartmann. with . many inputs from: . M. . Barnes, . C. Bracco, E. Carlier, S. . Cettour. Cave, B. Dehning, R. Folch, G. . Le . Godec. , B. . Goddard, S. Grishin, . E.B. . Holzer, V. Kain, A. Lechner, R. Losito, N. . – . Chamonix . outcome. H. . . Bartosik summarizing presentations from Chamonix 2017 workshop:. MSWG 17.02.2017. LHC Beam . B. rightness in the PSB. LHC performance workshop 2017. 1. LHC 25ns. BCMS. . 5.0 . New Feature Overview. What’s New in LAE 5.0?. Logistics Manager. Error Management . Improvements. Tour Guides. Auto-Update Communication. Platform Support Updates. Minor Enhancements. Lavastorm Analytics Engine 5.0 Overview. LHeC. – CDR (Refereed, . NuPECC. , ECFA) . Scaling the Effort and Physics. A . N. ext Step. For the DG of CERN, Rolf . Heuer. . . M.Klein. , CERN, 19.2.2013. CERN Referees. PETHEMA LAL infantil. PETHEMA LAL Adulto. 15%. 25%. Aclaramiento ER y pronóstico en LAL adulto . JM Ribera et al, ASH 2009, oral presentation. Bassan R, et al. Blood 2009; . 113: 4153-4162. LAL . riesgo. What is the future?. Is it useful for HEP?. Nicolas . Delerue. LAL. How it works (for electrons)? (1/2). A gas volume (at low density/pressure: ~mbar) will be used to create the plasma.. This volume is ionised by a beam (laser, particles) at high power and ultra-short (duration: .