1. DEC 2013

2.  x / m  y / m quads undulators vertical correctors chicane 1chicane 2chicane 3

3. MeV non linear !!! ~ 3.5 MeV rms energy spread

4. current / A bunch coordinate  1E-4 / m beam line coordinate / m Emod = 250 keV 3D Calculation

5. JAN 2014 periodic SC solver (in test)

6. periodic ~ 1E6 particles non-periodic 20E6 particles 1d3d X_0202p00000 250 keV Application: SK problem

7. same range, same (plot) density 1d3d X_0202p00000 250 keV Application: SK problem periodic ~ 1E6 particles non-periodic 20E6 particles

8. Trickle Heating tilted microbunches after LH in LCLS

9. long. phase space top view energy distribution rms energy vs beamline coordinate beta functions 12.2 m in LCLS

10. long. phase space top view energy distribution rms energy vs beamline coordinate beta functions 15.7 m in LCLS

11. long. phase space top view energy distribution rms energy vs beamline coordinate beta functions 17.2 m in LCLS 8 keV  11 keV

12. rms energy /eV beamline coordinate in LCLS 8 keV  11 keV normalized energy distribution z = 19.1 m Trickle Heating

13. rms energy /eV beamline coordinate in LCLS normalized energy distribution z = 50.1 m Trickle Heating

14. FEB 2014

15. but again: SK setup

16. 162.3 m long. phase spacecurrent / A (one period) bunching R56 = 100 µm

17. 166.5 m long. phase spacecurrent / A bunching R56 = 100 µm (one period)

18. 184.5 m long. phase spacecurrent / A(one period) bunching R56 = 100 µm

19. 190.5 m long. phase spacecurrent / A bunching R56 = 100 µm (one period)

20. long. phase space current / A bunching R56 = 141 µm 166.5 m long. phase space current / A bunching 184.5 m

21. long. phase space current / A bunching R56 = 160 µm 166.5 m long. phase space current / A bunching 184.5 m

22. long. phase space current / A bunching R56 = 180 µm 166.5 m long. phase space current / A bunching 184.5 m