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unavoidable overlaps

Explore the impact of unavoidable overlaps on detector efficiency and Ewald sphere focus for optimal results. Identify key areas for adjustment in c*a*b configurations. Determine where the focus should be to minimize overlaps for ideal performance. -

hockman
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unavoidable overlaps

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  1. unavoidable overlaps

  2. unavoidable overlaps detector

  3. unavoidable overlaps phi detector

  4. unavoidable overlaps phi mosaicity detector

  5. unavoidable overlaps phi mosaicity detector c*

  6. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  7. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  8. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  9. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  10. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  11. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  12. Ewald sphere unavoidable overlaps phi mosaicity detector c*

  13. unavoidable overlaps phi mosaicity detector c* c b a

  14. unavoidable overlaps phi mosaicity detector c* c b a

  15. unavoidable overlaps phi mosaicity detector c* c a b

  16. unavoidable overlaps phi mosaicity detector c* c a b

  17. Ewald sphere unavoidable overlaps phi mosaicity detector c* c a b

  18. Ewald sphere unavoidable overlaps phi mosaicity detector c* c a b

  19. Ewald sphere unavoidable overlaps phi mosaicity detector c* c a b

  20. Ewald sphere unavoidable overlaps phi mosaicity detector c* c a b

  21. Ewald sphere unavoidable overlaps phi mosaicity detector c* c a b

  22. unavoidable overlaps phi mosaicity detector c* c a b

  23. avoidable overlaps phi mosaicity detector c* a c b

  24. avoidable overlaps phi mosaicity detector c* a b c

  25. avoiding overlaps

  26. avoiding overlaps

  27. avoiding overlaps

  28. avoiding overlaps c c

  29. avoiding overlaps c

  30. avoiding overlaps 1000 mm

  31. avoiding overlaps 10 seconds 2 mrad 1000 mm

  32. avoiding overlaps 10 seconds 2 mrad 2 mm 1000 mm

  33. 1 mrad avoiding overlaps 20 seconds 1 mm 1000 mm

  34. 0.3 mrad avoiding overlaps 60 seconds 300 um 1000 mm

  35. Where should the focus be?

  36. Where should the focus be? 1000 mm

  37. 0.3 mrad Where should the focus be? 60 seconds 300 um 1000 mm

  38. 1 mrad Where should the focus be? 20 seconds 1 mm 1000 mm

  39. Where should the focus be? 10 seconds 2 mrad 2 mm 1000 mm

  40. Where should the focus be? 10 seconds 2 mrad 200 um 100 mm

  41. Where should the focus be? 10 seconds 2 mrad 2 mm 1000 mm

  42. Where should the focus be? 10 seconds? 2 mrad 300 um 1000 mm

  43. Where should the focus be? 10 seconds 0.3 mrad 300 um 1000 mm

  44. Where should the focus be? 60 seconds 0.3 mrad 300 um 1000 mm

  45. Where should the focus be? 60 seconds 0.3 mrad 300 um 1000 mm

  46. 0.3 mrad Where should the focus be? 60 seconds 300 um 1000 mm

  47. Where should the focus be? 60 seconds 0.3 mrad 300 um 1000 mm

  48. Where should the focus be? ~1 second 2 mrad 300 um 1000 mm

  49. beam size effects

  50. beam size effects

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