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FEL simulation update

FEL simulation update. N ew particle files from L. Wang on 5/13/2014. G. Marcus 5/28/20104. 100 pC , 1kA : Slice properties. 100 pC , 1 kA: Matching properties. 100 pC , 1kA: RW wakefield. SXR SASE, E γ = 1.24 keV. E ~ 220 μ J. FWHM ~ 69 fs. Δ E FWHM ~ 2.0 eV σ E ~ 1.6 x 10 -3.

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FEL simulation update

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  1. FEL simulation update • New particle files from L. Wang on 5/13/2014 G. Marcus 5/28/20104

  2. 100 pC, 1kA: Slice properties Insert Presentation Title in Slide Master

  3. 100 pC, 1 kA: Matching properties Insert Presentation Title in Slide Master

  4. 100 pC, 1kA: RW wakefield Insert Presentation Title in Slide Master

  5. SXR SASE, Eγ = 1.24 keV E ~ 220 μJ FWHM ~ 69 fs ΔEFWHM ~ 2.0 eV σE ~ 1.6 x 10-3 Saturation after 12 undulators Insert Presentation Title in Slide Master

  6. SXRSS, Eγ = 1.24 keV, 7 undulators in first stage, typical run E ~ 1.5 μJ FWHM ~ 3.2 eV 2.6 e-3 Insert Presentation Title in Slide Master

  7. Perfect seed ΔEγ 82 meV σE = 6.6 e-5 Insert Presentation Title in Slide Master

  8. R = 5000, phenominalogicalmonochromator, typical run Before Filter ΔEγ 226 meV σE = 1.8 e-4 After Filter Insert Presentation Title in Slide Master

  9. R = 5000, stage 2 E ~ 200 μJ ΔEγ ~ 64 meV σE = 5.1 e-5 Insert Presentation Title in Slide Master

  10. Stage 2, 10 independent runs ΔEγ = 121 meV σE = 9.8 e-5 Insert Presentation Title in Slide Master

  11. SXRSS, Eγ = 1.24 keV, 8 undulators in first stage Insert Presentation Title in Slide Master

  12. Perfect seed ΔEγ 79 meV σE = 6.4 e-5 Insert Presentation Title in Slide Master

  13. R = 5000, phenominalogicalmonochromator Before Filter ΔEγ 64 meV σE = 5.1 e-5 After Filter Insert Presentation Title in Slide Master

  14. R = 5000, stage 2 ΔEγ 140 meV σE = 1.1 e-5 Insert Presentation Title in Slide Master

  15. HXR SASE, Eγ = 5 keV E ~ 7.4 μJ ΔEγ = 2.9 eV σE = 5.9 x 10-4 Insert Presentation Title in Slide Master

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