The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Simulations of coherent synchrotron radiation effects on beam.

Slides:

Advertisements

Similar presentations

First Steps XFEL S2E with CSRtrack Convert elegant particlefile upstream of BC-3 into CSRtrack input CSRtrack results.

Advertisements

X-ray Free Electron lasers Zhirong Huang. Lecture Outline XFEL basics XFEL basics XFEL projects and R&D areas XFEL projects and R&D areas Questions and.

Paul Emma SLAC January 14, 2002 BERLIN CSR Benchmark Test-Case Results CSR Workshop.

Erdem Oz* USC E-164X,E167 Collaboration Plasma Dark Current in Self-Ionized Plasma Wake Field Accelerators

Numerical Simulation of CSR induced Instabilities T. Limberg, P. Piot Zeuthen, CSR Workshop 2002.

1 Bates XFEL Linac and Bunch Compressor Dynamics 1. Linac Layout and General Beam Parameter 2. Bunch Compressor –System Details (RF, Magnet Chicane) –Linear.

Electron-cloud instability in the CLIC damping ring for positrons H. Bartosik, G. Iadarola, Y. Papaphilippou, G. Rumolo TWIICE workshop, TWIICE.

Impedance Calculation and Verification Karl Bane Stanford Linear Accelerator Center November 9, 2004.

Feedback and CSR Miniworkshop on XFEL Short Bunch, SLAC, July 26 – 30, 2004 Juhao Wu, SLAC 1 Juhao Wu Stanford Linear Accelerator.

Feedback and CSR Miniworkshop on XFEL Short Bunch, SLAC, July 26 – 30, 2004 Juhao Wu, SLAC 1 Juhao Wu Stanford Linear Accelerator.

1 Phase Space Instability with Frequency Sweeping H. L. Berk and D. Yu. Eremin Institute for Fusion Studies Presented at IAEA Workshop Oct

CSR calculation in ERL merger section Tsukasa Miyajima KEK, High Energy Accelerator Research Organization 8 November, 2010, 13:30 Mini Workshop on CSR.

Magnetic Compression of High Brightness Beams: Survey of Experimental Results Scott G. Anderson ICFA Sardinia July 2002.

Modelling shot noise and coherent spontaneous emission in the FEL Brian McNeil*, Mike Poole & Gordon Robb* CCLRC Daresbury Laboratory, UK *Department.

1 By Vladyslav Syrotenko (student of V. N. Karazin Kharkiv National University, School of Physics and Technology) Supervised by P. Piot, T. Sen, F. Ostiguy.

July 2002M. Venturini1 Coherent Synchrotron Radiation and Longitudinal Beam Dynamics in Rings M. Venturini and R. Warnock Stanford Linear Accelerator Center.

Beam dynamics on damping rings and beam-beam interaction Dec 포항 가속기 연구소 김 은 산.

Update of Microwave Instability Study in SuperKEKB Damping Ring Using Vlasov Fokker-Planck Solver L. Wang, SLAC In collaboration with H. Ikeda, K. Ohmi,

Multi-particle Tracking as a Tool for Studying the Microwave Instability Karl Bane Stanford Linear Accelerator Center Cornell Damping Ring Workshop 26.

Two Longitudinal Space Charge Amplifiers and a Poisson Solver for Periodic Micro Structures Longitudinal Space Charge Amplifier 1: Longitudinal Space Charge.

Paul Emma Stanford Linear Accelerator Center July 2, 2002 Paul Emma Stanford Linear Accelerator Center July 2, 2002 High Brightness Electron Beam Magnetic.

Simulation of Microbunching Instability in LCLS with Laser-Heater Linac Coherent Light Source Stanford Synchrotron Radiation Laboratory.

Beam Modulation due to Longitudinal Space Charge Zhirong Huang, SLAC Berlin S2E Workshop 8/18/2003.

FCC electron cloud study plan K. Ohmi (KEK) Mar FCC electron cloud study meeting CERN.

Beam Dynamics and FEL Simulations for FLASH Igor Zagorodnov and Martin Dohlus Beam Dynamics Meeting, DESY.

Effect of nonlinearity on Head-Tail instability 3/18/04.

Physics of electron cloud build up Principle of the multi-bunch multipacting. No need to be on resonance, wide ranges of parameters allow for the electron.

Scaling Law of Coherent Synchrotron Radiation in a Rectangular Chamber Yunhai Cai FEL & Beam Physics Department SLAC National Accelerator Laboratory TWIICE.

Y. R. Roblin, D. Douglas, A. Hofler, C. Tennant, G. Krafft EXPERIMENTAL STUDIES OF OPTICS SCHEMES AT CEBAF FOR SUPPRESSION OF COHERENT SYNCHROTRON RADIATION.

Operated by Los Alamos National Security, LLC for NNSA Dynamics of modulated beams Operated by Los Alamos National Security, LLC, for the U.S. Department.

XFEL Beam Dynamics Meeting Bolko Beutner, DESY Velocity Bunching Studies at FLASH Bolko Beutner, DESY XFEL Beam Dynamics Meeting

Cesr-TA Simulations: Overview and Status G. Dugan, Cornell University LCWS-08.

Eric Prebys, FNAL. USPAS, Knoxville, TN, January 20-31, 2014 Lecture 20 - Evolution of the Distribution Function 2 Our simple model can only go so far.

Example: Longitudinal single bunch effects Synchrotron tune spread Synchrotron phase shift Potential well distortion Energy spread widening (microwave.

Benchmark and Study of PSR Longitudinal Beam Dynamics Sarah M. Cousineau, Jeffrey A. Holmes, Slava Danilov MAP Workshop March 18, 2004.

An overview of TREDI & CSR test cases L. Giannessi – M. Quattromini Presented at “Coherent Synchrotron and its impact on the beam dynamics of high brightness.

February 5, 2005D. Rubin - Cornell1 CESR-c Status -Operations/Luminosity -Machine studies -Simulation and modeling -4.1GeV.

The Microbunching Instability in the LCLS-II Linac LCLS-II Planning Meeting October 23, 2013 A. Marinelli and Z. Huang.

A. SarratILC TPC meeting, DESY, 15/02/06 Simulation Of a TPC For T2K Near Detector Using Geant 4 Antony Sarrat CEA Saclay, Dapnia.

BBFP J. Wei’s Fokker-Planck solver for bunched beams November 21 st, 2007 CLIC Beam dynamics meeting Y. Papaphilippou.

2 February 8th - 10th, 2016 TWIICE 2 Workshop Instability studies in the CLIC Damping Rings including radiation damping A.Passarelli, H.Bartosik, O.Boine-Fankenheim,

T. Atkinson*, A. Matveenko, A. Bondarenko, Y. Petenev Helmholtz-Zentrum Berlin für Materialien und Energie The Femto-Science Factory: A Multi-turn ERL.

Adiabatic buncher and (  ) Rotator Exploration & Optimization David Neuffer(FNAL), Alexey Poklonskiy (FNAL, MSU, SPSU)

Prebunching electron beam and its smearing due to ISR-induced energy diffusion Nikolai Yampolsky Los Alamos National Laboratory Fermilab; February 24,

Space Charge and CSR Microwave Physics in a Circulated Electron Cooler Rui Li Jefferson Lab and C-Y. Tsai, D. Douglas, C. Tennant, S. Benson, Ya. Derbenev,

X-band Based FEL proposal

Synchrotron frequency shift as a probe of the CERN SPS reactive impedance s HB2014 – 11/13/14 A. Lasheen, T. Argyropoulos, J. Esteban Müller, D. Quartullo,

OPERATED BY STANFORD UNIVERSITY FOR THE U.S. DEPT. OF ENERGY 1 Alexander Novokhatski April 13, 2016 Beam Heating due to Coherent Synchrotron Radiation.

gamma ray polarisation measurement

T. Agoh (KEK) Introduction CSR emitted in wiggler

Beam-beam effects in eRHIC and MeRHIC

Sven Reiche UCLA ICFA-Workshop - Sardinia 07/02

Yunhai Cai Beam Physics Department Head

Where Do We Stand With Start-End Simulations

Beam-beam R&D for eRHIC Linac-Ring Option

Microbunching of Electron Beam in a Magnetic Compressor

Invited talk TOAC001 ( min, 21 slides)

CSR Benchmark Test-Case Results

L. Giannessi – M. Quattromini

CSR calculation by paraxial approximation

A Head-Tail Simulation Code for Electron Cloud

M. Pivi PAC09 Vancouver, Canada 4-8 May 2009

Electron Rings Eduard Pozdeyev.

LCLS Tracking Studies CSR micro-bunching in compressors

Gain Computation Sven Reiche, UCLA April 24, 2002

Frank Zimmermann, Factories’03

Bunch Compression Experiment in VUV-FEL BC3

New VUV-FEL Simulation results

Injector for the Electron Cooler

Possible CCR Arc designs

Presentation transcript:

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Simulations of coherent synchrotron radiation effects on beam dynamics G. Dattoli, M. Migliorati, A. Schiavi

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Vlasov equation for longitudinal distribution

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 TEO code (Transport by Exponential Operators) the formal solution of the Vlasov equation can be written as For small ‘s’ (steps), by using the symmetric split we obtain

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 smooth evolution of distribution function (example with CSR without noise)

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 CSR effects with initial noise

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Example of microbunching due to CSR

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Comparison with tracking code

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Comparison with tracking code

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Phase space distribution

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Vlasov equation It is convenient to use dimensionless variables: and

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005

CSR microbunching instability

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 CSR instability threshold

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005

CSR effect on dynamics (Gaussian bunch) If N / N th and s’ are the same, the beam dynamics is the same (fixed the type of distribution)

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 N = 5e10 σ ε0 = 7e-4 σ z0 = 7e-3 m η = 1.4e-3 E 0 = 1.5 GeV L = 1000 m N = 6.35e10 σ ε0 = 1e-3 σ z0 = 1e-3 m η = 5e-3 E 0 = 0.5 GeV L = 28 m λ’λ’ λ’λ’ z’

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005

Preliminary simulations for Sparxino In 80 cm the wake field does not perturb the uncorrelated gaussian distribution (N/N th ~ 3.2e-3).

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Phase space grid 300x300

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Phase space grid 300x300

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Phase space grid 500x500

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Phase space grid 2000x500

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Fit of the distribution (work in progress)

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Initial distribution (2000x500)

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Evolution of longitudinal distribution without noise

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Evolution of longitudinal distribution with noise

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 phase space distribution

The Physics and Applications of High Brightness Electron Beams - Erice, October 9-14, 2005 Work to do Improve the fit of initial distribution Do a more realistic modelization of the compressor (e.g. add drifts, longitudinal space charge effect) …