'Mm mrad' diaporamas de présentation

Measuring and Analyzing Transverse Emittances of Charged Particle Beams

906 views • 64 slides

Measuring and Analyzing Transverse Emittances of Charged Particle Beams

651 views • 64 slides

PITZ Shutdown 2007

593 views • 43 slides

Beam Dynamics in a Spilt SRF-Gun

542 views • 40 slides

EBIS Injector Linac Optics I

EBIS Injector Linac Optics I. D.Raparia EBIS Review 2005/01/27-28. LEBT RFQ MEBT LINAC. Acknowledgements. Contributors: J. Alessi, E. Beebe, S. Pikin, A. Kponou , J. Ritter, C. Gardner, S. Y. Zhang, T. Roser B. Schlitt, U. Ratzinger. Requirements.

465 views • 36 slides

Review of experimental results on photo-emission electron sources

Review of experimental results on photo-emission electron sources. Introduction RF-guns DC-guns Conclusions. Ph. Piot, DESY Hamburg. Introduction.

518 views • 36 slides

Superconducting High Brightness RF Photoinjector Design

Superconducting High Brightness RF Photoinjector Design M. Ferrario, J. B. Rosenzweig, J. Sekutowicz, G.Travish, W. D. Moeller INFN, UCLA, DESY. Main Questions/Concerns. Emittance Compensation ? High Peak Field on Cathode ? Cathode Materials and QE ?

408 views • 30 slides

Developments of the FETS Ion Source

Developments of the FETS Ion Source. Scott Lawrie. Beam Diagnostics and Beam Dump. MEBT and Beam Chopper. Laser Profile Measurement. 324 MHz, 3 MeV, 4 Vane RFQ. 3 Solenoid Magnetic LEBT. 65 keV, 60 mA, 2 ms, 50 Hz, H - Ion Source. The FETS project is a collaboration between ISIS and:.

401 views • 29 slides

Optimization and Beam Dynamics in an SRF Gun

Optimization and Beam Dynamics in an SRF Gun M. Ferrario, W. D. Moeller, J. B. Rosenzweig, J. Sekutowicz, G.Travish INFN, UCLA, DESY. Energy recovery superconducting LINACs can provide a high quality e-beams with high average current. high photon brightness short pulses high coherence.

370 views • 28 slides

AP2 & Debuncher Acceptance

429 views • 27 slides

FFAG-ERIT R&D

FFAG-ERIT R&D. 06/11/06 Kota Okabe (Kyoto Univ.) for FFAG-DDS group. Neutron source for BNCT FFAG-ERIT scheme. Requirements from BNCT( Boron Neutron Capture Therapy ): In order to remedy the tumor of 10cm 2 , 2*10 13 neutrons are needed.

395 views • 23 slides

Sakhorn Rimjaem on behalf of the PITZ team

Update on Status and Latest Measurement Results at PITZ. Sakhorn Rimjaem on behalf of the PITZ team. Contents: Review of PITZ activities & setup Beam emittance & measurements Highlight results in 2007 & 2009 run period Present & future upgrades @ PITZ Summary.

238 views • 23 slides

Crystal Channeling Radiation and Volume Reflection Experiments at SLAC

Crystal Channeling Radiation and Volume Reflection Experiments at SLAC. Robert Noble, Andrei Seryi, Jim Spencer, Gennady Stupakov SLAC National Accelerator Laboratory. 4 th Crystal Channeling Workshop CERN, March 27, 2009. 1.

405 views • 22 slides

Polarized Proton Acceleration in J-PARC

Polarized Proton Acceleration in J-PARC. M. Bai Brookhaven National Laboratory. Outline. Introduction Challenges in accelerating polarized protons in circular accelerator Polarized proton acceleration in J-PARC LINAC RCS Main Ring Setup for preserving polarization Conclusion. B.

346 views • 21 slides

Modified Beam Parameter Range

Modified Beam Parameter Range. W. Decking (DESY) 2 nd XFEL Machine Advisory Committee Meeting 05.05.2010. PITZ 2009 results: Nominal 1 nC measurements. 2. Solenoid Scan. Long term(~4 days): ~6-8.5% (stdev) ~16-21% (peak-to-peak). 3.0. 2.5. ? y =1.26 um. e y =1.26 mm mrad. 2.0.

294 views • 17 slides

A Study of Polarized Proton Acceleration in J-PARC

A Study of Polarized Proton Acceleration in J-PARC. A.U.Luccio, M.Bai, T.Roser Brookhaven National Laboratory, Upton, NY 11973, USA A.Molodojentsev, C.Ohmori, H.Sato High Energy Accelerator Research Organization, Tsukuba, Ibaraki, Japan H.Hatanaka

281 views • 16 slides

1 st Study of Tracker Misalignments with G4MICE

1 st Study of Tracker Misalignments with G4MICE. David Forrest University of Glasgow. Scope. G4MICE Simulations (No digitisation or reconstruction - - yet!) Step VI, 1000 events, 7 beams: 0.5, 1.5, 2.5, 4, 6, 8, 10 pi mm mrad Second tracker only one misaligned

208 views • 13 slides

1 st Study of Tracker Misalignments with G4MICE

1 st Study of Tracker Misalignments with G4MICE. David Forrest University of Glasgow. Scope. G4MICE Simulations (No digitisation or reconstruction - - yet!) Step VI, 1000 events, 7 beams: 0.5, 1.5, 2.5, 4, 6, 8, 10 pi mm mrad Second spectrometer (tracker+magnet) only one misaligned

194 views • 13 slides

220 views • 12 slides

Towards Table-Top FELs

251 views • 9 slides