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LCLS-II

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Physics Technical Notes

NameDateAuthorsTitle
Assigning  LCLS-II (-HE) Technical Note number (spreadsheet) 2020Y. DingLCLS-II technote number assignment
LCLS-II-TN-24-049/18/2024David CesarSXR performance envelope with HE undulators
LCLS-II-TN-24-023/25/2024M.D. Balcazar, R. Margraf, J. Tang, T. Sato, D. Zhu, and A. HalavanauMeasurement of XFEL pulse intensity under CBXFEL-like conditions at LCLS
LCLS-II-TN-24-013/12/2024Zhen Zhang, Yuantao DingLCLS-II injector optimization with limited cryomodule CM01 performance
LCLS-II-HE-TN-23-02.pdf3/19/2023Yuri NosochkovLCLS-II-HE emittance with sextupoles
LCLS-II-TN-23-01.pdf1/12/2023Yuri NosochkovOptics for R56 tuning in the LCLS-II
LCLS-II-TN-22-04.pdf11/17/2022Paul Emma, Macro Venturini Emittance Dilutions in Linac-Based Free-Electron Lasers
LCLS-II-TN-22-03.pdf6/16/2022Zhen Zhang, Yuantao Ding, Feng ZhouIMPACT-T simulations for LCLS-II injector commissioning with a unified cryomodule CM01 setting
LCLS-II-TN-22-02.pdf10/21/2022Liling Xiao, Chris Adolphsen, Erik Jongeward, Xianghong Liu and Feng Zhou LCLS-II Gun-2 RF Design Analysis
LCLS-II-TN-22-01.pdf5/12/2022Karl BaneInducing a positive chirp in a beam using two bunches
LCLS-II-TN-21-12.pdf10/29/2021Joseph Duris, Sergio Carbajo, Randy Lemons, Agostino MarinelliHigh-repetition rate laser heater shaping for femtosecond slicing at LCLS-II
LCLS-II-TN-21-11.pdf1/18/2023J. WelchAverage Current Monitor Calibration
LCLS-II-TN-21-10.pdf11/29/2021Yuri NosochkovTuning of R56 for the LCLS-II
LCLS-II-TN-21-08.pdf9/8/2021Christine ClarkeLong Beam Loss Monitors: Installation details and trip threshold analysis
LCLS-II-TN-21-07.pdf7/26/2021Y. Ding, P. Emma and J. WelchJaw Arrangement of COL0 Halo Collimators During Injector Beam Commissioning 
LCLS-II-TN-21-06.pdf10/2/2021A.Fisher, M. Hoffmann, Z. Huang, A. Marinelli, M. Qian, S. Sasaki, J. Xu, Z. Zhang THz wiggler design for the LCLS-II high-repetition rate facility
LCLS-II-TN-21-05.pdf6/25/2021Erik Hemsing and Alex HalavanauSoft X-ray Self Seeding with one- and two-color gratings at LCLS-II
LCLS-II-TN-21-04.pdf6/25/2021Erik Hemsing, Lin Zhang, Jacek KrzywinskiSXRSS performance with thermal heating of the grating
LCLS-II-HE-TN-21-03.pdf3/9/2023Zachary Wolf, Keith CabanLCLS-II-HE Phase Shifter Preliminary Mechanical Tests
LCLS-II-HE-TN-21-02.pdf1/20/2021Zachary WolfA Phase Shifter Design For LCLS-II-HE
LCLS-II-TN-21-01.pdf8/9/2021N. Neveu, Y. DingLCLS-II Standard Configuration with a Gaussian-Profile Injector Laser
LCLS-II-TN-20-12.pdf12/18/2020Y. Ding, J. Welch, J. Mock. W. SchlotterLCLS-II MPS Beam Class Definition
LCLS-II-TN-20-09.pdf1/19/2021A. Halavanau et al.Double Bunch FEL at LCLS-II
LCLS-II-HE-TN-20-07.pdf7/13/2020Jacek KrzywinskiPerformance of European XFEL SASE 3 beamline at high K values
LCLS-II-HE-TN-20-06.pdf6/24/2020Ji Qiang (LBNL)LCLS-II-HE IMPACT Tracking (May 2019)
LCLS-II-TN-20-05.pdf7/28/2020N. Sudar, K. Bane, Y. Ding, Y. Nosochkov and Z. ZhangNon-linear compression with octupoles for current profile shaping
LCLS-II-TN-20-04.pdf7/28/2020Y. NosochkovCompensation of emittance growth from octupoles in BC1 and BC2 chicanes
LCLS-II-TN-20-03.pdf4/22/2020N. Neveu, N. Sudar, Y. Ding, G. Marcus, A. Marinelli, C. Mayes and J. QiangLCLS-II Beam and FEL Performance Based on Start-to-End Simulations Using a Gaussian-profile injector Laser
LCLS-II-TN-20-02.pdf4/13/2020J. Welch, Y. DingUse cases for hallo collimators
LCLS-II-TN-20-01.pdf4/6/2020J. WelchLCLS-II Halo Collimator Beam Related Failure Modes
LCLS-II-TN-19-09.pdf9/5/2019Heinz-Dieter NuhnLCLS-II HXR and SXR FEL Estimates for the Cu Linac Beam
LCLS-II-TN-19-08.pdf8/2/2019J. WelchBeam power ratings for additional LCLS-II stoppers
LCLS-II-TN-19-07.pdf6/12/2019J. WelchBeam power ratings for cooled LCLS-II Stoppers
LCLS-II-TN-19-06.pdf5/30/2019J.WelchBeam power ratings for uncooled LCLS-II stoppers
LCLS-II-TN-19-05.pdf4/8/2019Y. Ding, J. WelchLCLS2 undulator beam dump vacuum chamber protection from beam mis-steering
LCLS-II-TN-19-04.pdf4/8/2019Y. Ding, Y. Feng, W. Schlotter, J. SchmergeInstrumentation and methods for LCLS2 Key Performance Parameter (KPP) measurement
LCLS-II-TN-19-03.pdf2/7/2019Z. Li and J. WelchLCLS-II Average Current Monitor Cavity Multipacting Analyses
LCLS-II-TN-19-01.pdf1/31/2019J. WelchAverage Current Monitor Beam Generated Signals
LCLS-II-TN-18-05.pdf8/8/2018G. Marcus, E. Hemsing, A. LutmanSoft X-ray Self-Seeding at LCLS-II: location
LCLS-II-TN-18-04.pdf8/2/2018Ken LauerLCLS-II HGVPU Controls Issues Encountered
LCLS-II-TN-18-03.pdf7/17/2018Y. Ding, K. Bane, and G. StupakovRoughness Tolerance Studies for the Bypass Line in LCLS-II
LCLS-II-TN-18-02.pdf6/25/2018Y. Ding, K. Bane, P. Emma, Z. Guo,...Beam shaping with a passive linearizer at the LCLS-II for high-current operation
LCLS-II-TN-18-01.pdf4/11/2018P. Emma and M. WoodleyUsing an Energy-Chirped Bunch to Provide Time-Resolved Measurement
LCLS-II-TN-17-13.pdf9/1/2017Y. FengHard X-ray Self-Seeding – Impact of Crystal Imperfection on the Wake Fields
LCLS-II-TN-17-12.pdf8/28/2017J. WelchLCLS-II Beam Dumps
LCLS-II-TN-17-11.pdf4/25/2017Mohamed Hassan, Timergali Khabiboulli...RF Cables for LCLS-II 3.9 GHz Cryomodules
LCLS-II-TN-17-10.pdf4/25/2017Jim WelchEstimated Number of High Power Cycles of the DUMPBSY Beam Dump
LCLS-II-TN-17-09.pdf4/19/2017G. Marcus (SLAC), J. Qiang (LBNL)Impact on LCLS-II FEL performance from a sudden increase in charge at the cathode
LCLS-II-TN-17-08.pdf3/14/2017Heinz-Dieter, NuhnLCLS-II Undulator Vacuum Chamber Surface Roughness Evaluation
LCLS-II-TN-17-07.pdf3/6/2017Y. FengLCLS-II TN Photon Collimators – Fault Signal Generation and Detection
LCLS-II-TN-17-06.pdf2/23/2017C. Serrano, L. Doolittle, G. HuangLCLS-II Longitudinal Beam Dynamics: Physics & Simulations
LCLS-II-TN-17-04.pdf2/17/2017G. Marcus, J. Qiang, H-D Nuhn, Y. DingLCLS-II SCRF start-to-end simulations and global optimization as of September 2016 (with update in 2021)
LCLS-II-TN-17-05.pdf2/17/2017Feng ZhouInjector performance with one cavity failure in the first CM
LCLS-II-TN-17-03.pdf2/7/2017F. ZhouLCLS-II Injector Tuning Procedures
LCLS-II-TN-17-02.pdf2/7/2017K. Bane, G. Stupakov, E. GjonajEstimate of Joule Heating in a Flat Dechirper
LCLS-II-TN-17-01.pdf1/25/2017M. WoodleyAlignment and Polarity of the R56 Compensation Chicanes
LCLS-II-TN-16-13.pdf12/12/2016P. Emma, K. Bane, M. WoodleyTransverse Wakefields and Alignment of the LCLS-II Kicker and Septum Magnets
LCLS-II-TN-16-12.pdf11/28/2016K. Bane, G. Stupakov, I. ZagorodnovWakefields of a Beam near a Single Plate in a Flat Dechirper
LCLS-II-TN-16-14.pdf11/28/2016P. EmmaInitial Beam Phasing of the SRF Cavities in LCLS-II
LCLS-II-TN-16-11.pdf10/21/2016P. Emma, et al.SXR-FEL Performance when Driven by the Existing Copper Linac
LCLS-II-TN-16-05.pdf4/18/2017A. Lunin, T. Khabiboulline, N. Solyak,..Resonant Excitation of High Order Modes in the 3.9 GHz Cavity of LCLS-II Linac
LCLS-II-TN-16-04.pdf3/23/2016A. Lunin, I. Gonin, T. Khabibobulline, NRedesign of the End Group in the 3.9 GHz LCLS-II cavity
LCLS-II-TN-16-06.pdf3/23/2016A. Lunin, A. Saini, N. Solyak, A. SukhanGeneration and  Absorption of the Untrapped Wakefield Radiation in the 3.9 GHz LCLS-II Cryomodule
LCLS-II-TN-16-08.PDF3/23/2016K. Bane, G. Stupakov, I. ZagorodnovAnalytical Formulas for Short Bunch Wakes in a Flat Dechirper
LCLS-II-TN-16-07.pdf3/3/2016P. Emma, Y. Nosochkov, M. WoodleyChromatic Corrections for the LCLS-II Electron Transport Lines
LCLS-II-TN-16-03.pdf2/25/2016I. Gonin, N. Solyak, T. KhabiboullineFEA analysis of the LCLS-II 3.9GHz cavity assembly
LCLS-II-TN-16-02.pdf2/3/2016Jim WelchLCLS-II BSY Dump Window and Beam Rastering
LCLS-II-TN-16-01.PDF1/26/2016K. Bane and G. StupakovDechirper Wakefields for Short Bunches
LCLS-II-TN-15-44.pdf4/26/2017Mohamed Hassan, et al.RF Cables for LCLS-II Cryomodules: Issues and Remedies
LCLS-II-TN-15-43.pdf11/30/2015N. Solyak, et al.Results of the cavity Integrated tests in Horizontal Test Stand at FNAL (AES021,  AES028 and AES027)
LCLS-II-TN-15-41.pdf10/8/2015J. Qiang, et al.Optimization of the Compensation Chicanes in the LCLS-II Electron Beamlines
LCLS-II-TN-15-39.pdf10/8/2015G. StupakovCSR Radiation from BC2 in the LCLS-II
LCLS-II-TN-15-38.PDF10/7/2015K. BaneWakefield effects of Collimators in LCLS-II
LCLS-II-TN-15-37.pdf10/7/2015G. StupakovIntraBeam Scattering in LCLS-II
LCLS-II-TN-15-36.pdf9/30/2015J. Krzywinski, et al.Notes on the Design Strategy for the LCLS-II FEL Personnel Protection Stoppers
LCLS-II-TN-15-33.pdf9/26/2015G. Marcus, J. QiangLCLS-II FEL Performance Simulations
LCLS-II-TN-15-35.pdf9/21/2015G. Gassner, et al.Vibration measurements across the SLAC site.
LCLS-II-TN-15-32.PDF9/11/2015K. Bane, C. Adolphsen, A. Chao, Z. LiA study of resonant excitation of longitudinal HOMs in the cryomodules of lcls-II
LCLS-II-TN-15-42.pdf9/9/2015Y. Ding, et alX-band RF transverse deflectors for the LCLS-II
LCLS-II-TN-15-31.pdf9/4/2015Paul EmmaCSR Power in LCLS-II Bends
LCLS-II-TN-15-30.pdf9/2/2015Wilson, IHRIG & Associates, Inc.LCLS-II Cryogenic Facility Compressor Vibration Assessment Woodside, California
LCLS-II-TN-15-25.pdf8/7/2015Y. Feng, et al.Measurement Uncertainties in Gas-Based Monitors for High Repetition Rate X-ray FEL operations
LCLS-II-TN-15-27.pdf8/5/2015A. Lunin, et al.Optimizing of HOM Coupler Feedthrough Parameters in the 1.3 GHz LCLS-II Structure
LCLS-II-TN-15-29.pdf8/5/2015C. Nantista and C. AdolphsenEffect of Gradient on Maximum Beam Current in LCLS-II Linac with 3.8 kW Sources
LCLS-II-TN-15-24.pdf8/4/2015Y. Feng, et al.Time-dependent simulation of the gas attenuator for the LCLS-II X-ray FEL's under high beam power operations
LCLS-II-TN-15-26.pdf8/4/2015A. Saini, et alLCLS-II Crymodule Quadrupole Roll Tolerances Alignment
LCLS-II-TN-15-23.pdf8/4/2015Y. Feng, et al.Filamentation Effect in a Gas Attenuator for High Repetition Rate X-ray FEL's
LCLS-II-TN-15-22.pdf6/29/2015Arun Saini, Nikolay Solyak, V. Yakovlev, A. Sukhanov, A. LuninTemperature Rise in LCLS-II Cavity Bellows
LCLS-II-TN-15-21.pdf6/25/2015C. Gulliford, A. Bartnik, et al.Cornell LCLS-II Injector Collaboration Report
LCLS-II-TN-15-20.pdf6/10/2015J.Krzywinski, Y.Ding, G. MarcusDetermination of X-ray beam divergence and longitudinal X-ray source position for LCLS-II
LCLS-II-TN-15-18.pdf5/29/2015A. MarinelliTwo-Color Pulses at the fs-Time Scale
LCLS-II-TN-15-17.pdf5/29/2015A. Marinelli, G. Marcus, T. RaubenheimerFemtosecond and sub-femtosecond pulses at LCLS-II
LCLS-II-TN-15-14.pdf5/1/2015T. RaubenheimerScattering in LCLS-II and loss rates on the collimators
LCLS-II-TN-15-12.pdf5/1/2015Joe Frisch, Tim Maxwell, Alan FryPossible improvements to LCLS_II experiment timing
LCLS-II-TN-15-15.pdf5/1/2015James Maxwell, Z. Huang, HD NuhnOptions for polarization in the SXR
LCLS-II-TN-15-13.pdf5/1/2015Z. Huang, J. ZemellaOption for Larger Bandwidth above 5 keV for crystallography (2%-4% BW)
LCLS-II-TN-15-10.pdf5/1/2015J. Frisch, et al.Option for High Rate Operation of LCLS_II
LCLS-II-TN-15-19.pdf5/1/2015M. Venturini, J. Qiang, et al.Microbunching Phenomena in LCLS-II (presented at IPAC)
LCLS-II-TN-15-11.pdf5/1/2015G. MarcusLCLS-II Hard X-Ray Undulator Harmonics
LCLS-II-TN-15-09.pdf5/1/2015G. Marcus, H. D. Nuhn, T. RaubenheimerFeeding the SXR Undulator with the CuRF Electron Beam: Option for LCLS-II
LCLS-II-TN-15-08.pdf4/27/2015G. Marcus, G. PennVertical Polarization Option for LCLS-II
LCLS-II-TN-15-07.pdf3/31/2015P. Emma, J. Frisch. J. HastingsOptions for HXR & SXR X-ray Beam Interaction
LCLS-II-TN-15-06.pdf3/26/2015A. Sukhanov, et al.Resonant excitation of high order modes in superconducting RF cavities of LCLS II linac
LCLS-II-TN-15-05.pdf3/23/2015D. DowellAnalysis and Cancellation of RF Coupler-Induced Emittance Due to Astigmatism
LCLS-II-TN-15-04.pdf3/21/2015K. BaneEffect of Wakefields in the Beam Spreader magnetic deflector
LCLS-II-TN-15-03.pdf2/8/2015A. Vivoli, et al.LCLS-II Injector Couplers Options Performance
LCLS-II-TN-15-02.pdf1/20/2015K. Bane, G. StupakovUsing Surface Impedance for Calculating Wakefields in Flat Geometry
LCLS-II-TN-15-01.pdf1/15/2015G. Stupakov, et al.Resistive wall wakefields of short bunches at cryogenic temperatures
LCLS-II-TN-14-04.pdf1/10/2015A. Lunin, et alCOUPLER RF KICK IN THE 1.3 GHZ LCLS-II ACCELERATING CAVITY
LCLS-II-TN-14-15.pdf12/16/2014J. WelchLCLS-II Beam Stay-Clear
LCLS-II-TN-14-16.pdf12/16/2014R. K. Li, et al.Alignment requirement for the SRF cavities of the LCLS-II injector
LCLS-II-TN-14-13.pdf12/2/2014E. Allaria, W. Fawley, Z. Huang, G. PennHGHG Seeding options for the LCLS-II
LCLS-II-TN-14-14.pdf11/18/2014G. PennEEHG Seeding for LCLS-II
LCLS-II-TN-14-12.pdf11/15/2014G. Penn, et al.LASER SEEDING SCHEMES FOR SOFT X-RAYS AT LCLS-II
LCLS-II-TN-14-11.pdf11/14/2014G. Marcus, et alHarmonic Lasing Options for LCLS-II
LCLS-II-TN-14-10.pdf11/12/2014J. Sheppard, et alEnergy Upgrade Options for LCLS
LCLS-II-TN-14-09.pdf11/6/2014K. Bane, T. RaubenheimerWakefield Effects of the Bypass Line in LCLS-II
LCLS-II-TN-14-08.pdf11/6/2014K. Bane, et alUntrapped HOM Radiation Absorption in the LCLS-II Cryomodules
LCLS-II-TN-14-03.pdf5/27/2014Arun Saini, N. Solyak, V. YakovlevStudies of Misalignment Tolerances for SC Linac of LCLS-II
LCLS-II-TN-14-07.pdf5/22/2014David DowellEvaluating the Emittance Increase Due to the RF Coupler Fields
LCLS-II-TN-14-06.pdf5/1/2014K. Bane and Gennady StupakovRoughness tolerance studies for the undulator beam pipe chamber of LCLS-II
LCLS-II-TN-13-04.pdf3/27/2014K. Bane, A. Romanenko, and V. YakovlevSome Wakefield Effects in the Superconducting RF Cavities of LCLS-II
LCLS-II-TN-14-05.pdf3/25/2014M. VenturiniLaser Heater: Scaling of Laser Power with Undulator Period and Laser Wavelength
LCLS-II-TN-14-02.pdf3/3/2014P.Williams, D. Angal-Kalinin, P. McIntosSingle-pass vs Re-circulation studies for New Light Source
LCLS-II-TN-14-01.pdf2/20/2014M. VenturiniA 650 MHz Injector ?
LCLS-II-TN-13-03.pdf12/17/2013K. Bane and P. EmmaEstimates of Power Radiated by the Beam in Bends of LCLS-II
LCLS-II-TN-13-02.pdf12/13/2013K. Bane, et alA Possible Dechirper Device for the LCLS and LCLS-II
LCLS-II-TN-13-01.pdf12/9/2013K. Bane and G. StupakovWhat limits the gap in a flat dechirper for an X-ray FEL?
LCLS-II-TN-13-05.pdf12/6/2013S. De Silva, et alRf Beam Spreader Options for the LCLS-II
1-MOP075.pdf   
1-LCLS 1 Linac Energy Increase.pdf   
LCLS-II-technote_template (Word)12/2/2021Word templateLCLS-II-TN template

NameDateAuthorsTitle
Assigning  MEC-U Technical Note number (spreadsheet) 2023G. DeContrerasMEC-U technote number assignment
MEC-U-TN-23-01.pdf2/6/2023Gilliss DyerPhoton Energy Requirement

Note: 
After 1 June 2024, these LCLS-II and LCLS-II-HE Tech Notes are available only within the SLAC Network.
If you need access outside the SLAC Network, please send an e-mail to lcls-webmaster@slac.stanford.edu

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