'Beam transport' presentation slideshows

John Corlett Center for Beam Physics For the LBNL next generation light source working group

Next Generation Light Source Outline and R&D Plans. John Corlett Center for Beam Physics For the LBNL next generation light source working group X-Ray FEL Workshop LBNL October 23, 2008. LBNL is Developing Concepts for a High-Repetition Rate, Seeded, VUV - Soft X-ray FEL Facility.

484 views • 32 slides

S OAR A daptive M odule LGS system

SAM LGS Preliminary Design Review September 2007, La Serena. S OAR A daptive M odule LGS system. Andrei Tokovinin. SAM at a glance. (slide from 2003). Why do we need SAM?. SOAR is (must be) a high-resolution telescope!. SAM PSF. without SAM.

427 views • 26 slides

SBS Magnet, Optics, and Spin Transport

388 views • 25 slides

Spreader/Recombiner Dipoles and Layout, & Installation Labor Preliminary Design and Safety Review

12GeV Upgrade - Beam Transport. Spreader/Recombiner Dipoles and Layout, & Installation Labor Preliminary Design and Safety Review. Spreaders & Recombiners Beam Transport Michael Bevins May 30, 2007. Outline. Introduction & Scope Requirements & Specifications Beam Transport Layouts

328 views • 22 slides

Spreader/Recombiner Dipoles and Layout, & Installation Labor Preliminary Design and Safety Review

12GeV Upgrade - Beam Transport. Spreader/Recombiner Dipoles and Layout, & Installation Labor Preliminary Design and Safety Review. Spreaders & Recombiners Beam Transport Michael Bevins May 30, 2007. Outline. Introduction & Scope Requirements & Specifications Beam Transport Layouts

223 views • 22 slides

Narrow plasma & electron injection simulations for the AWAKE experiment

Narrow plasma & electron injection simulations for the AWAKE experiment. A. Petrenko, K. Lotov, October 11, 2013. 1. Narrow plasma simulations. Baseline simulation from CDR (4 mm wide plasma):. 2 mm wide plasma (r = 1 mm):. 2. Plasma electrons. Proton beam.

390 views • 21 slides

January 28, 2011

Jefferson Lab: Notes Hugh Montgomery. January 28, 2011. Outline. Jefferson Lab Strategic Plan. E-mail to Division Leaders, Senior Management on December 22, 2010 Dear All,

279 views • 18 slides

CAN WE KEEP THE CURRENT SYSTEM FOR LIU BEAMS ?

CAN WE KEEP THE CURRENT SYSTEM FOR LIU BEAMS ?. Francesco Cerutti , Alessio Mereghetti , Joao Saraiva. contributions from O. Aberle , J. Borburgh , N. Conan, K. Cornelis , L. Ducimetiere , B. Goddard, R . Losito , A. Masi , M. Meddahi , E. Veyrunes , H. Vincke.

289 views • 17 slides

Direct measurement of the 4 He( 12 C, 16 O) g cross section near stellar energy

Direct measurement of the 4 He( 12 C, 16 O) g cross section near stellar energy. Kunihiro FUJITA K. Sagara , T. Teranishi , T. Goto , R. Iwabuchi , S. Matsuda, K. Nakano, N. Oba, M. Taniguchi and H. Yamaguchi Department of Physics, Kyushu University, Japan

254 views • 17 slides

Specifications for NuMI Primary Beam Instrumentation

Specifications for NuMI Primary Beam Instrumentation. Outline. Types of beam monitoring needs covered by P. Lucas. For each type of monitoring provide quantitative assessment of functional requirements. From these develop specifications for each type of primary beam instrumentation

175 views • 17 slides

SBS Magnet

293 views • 15 slides

Simulation of Halo Collimation in BDS

Simulation of Halo Collimation in BDS. Adam Mercer, German Kurevlev, Roger Barlow. Halo Collimation. What is Halo ~ 10 4 of bunch particles at the BDS entry (TESLA) Standard Goals of Halo Collimation High Luminosity

372 views • 15 slides

LINAC4 as BKP for LINAC2

LINAC4 as BKP for LINAC2 . Alessandra M. Lombardi for the LINAC4 beam dynamics team. How to accelerate and transport protons 50 MeV and 160 protons Limitation to intensity and emittance Comparison with LINAC2 Conclusions . Layout of LINAC4. Layout of LINAC4. 160MeV. 45keV. 45keV.

312 views • 14 slides

Electron beam transport for FNAL electron cooler

310 views • 14 slides

252 views • 14 slides

Status of Operational Windows for HIF Chamber Transport Modes

Status of Operational Windows for HIF Chamber Transport Modes. D. V. Rose, D. R. Welch, C. L. Olson, S. Neff, and S. S. Yu ARIES Project Meeting January 8, 2003 University of California, San Diego. Objectives:.

232 views • 12 slides

Issues for Formation of MEIC Ion Beam

Issues for Formation of MEIC Ion Beam. Ya. Derbenev. MEIC Ion Complex Design Mini-Workshop JLab, January 27-28, 2011. O u t l I n e. Concept of high luminosity Required parameters, concepts and problems of : - High energy EC for EIC - Synchronization for EC-

248 views • 12 slides

CLIC post-IP beamline

CLIC post-IP beamline. Rob Appleby CERN, University of Manchester/Cockcroft Institute ILC-CLIC LET Beam Dynamics Workshop 24/06/09. CLIC beam-beam regime Post-IP beamline layout IP backgrounds Possibility of diagnostics and focusing optics variants.

212 views • 12 slides

Vacuum System for Beam Transport

Vacuum System for Beam Transport. Catalin M. Ticos National Institute for Lasers, Plasma and Radiation Physics (INFLPR), 077125 Bucharest, Romania. Engineering issues related to beam delivery to target. Motivation: Identify engineering issues related to beam propagation in vacuum Steps :

230 views • 9 slides

119 views • 1 slides