Time-resolved relaxation and fragmentation of polycyclic aromatic hydrocarbons investigated in the ultrafast XUV-IR regime

  1. Lee, J.W.L.
  2. Tikhonov, D.S.
  3. Chopra, P.
  4. Maclot, S.
  5. Steber, A.L.
  6. Gruet, S.
  7. Allum, F.
  8. Boll, R.
  9. Cheng, X.
  10. Düsterer, S.
  11. Erk, B.
  12. Garg, D.
  13. He, L.
  14. Heathcote, D.
  15. Johny, M.
  16. Kazemi, M.M.
  17. Köckert, H.
  18. Lahl, J.
  19. Lemmens, A.K.
  20. Loru, D.
  21. Mason, R.
  22. Müller, E.
  23. Mullins, T.
  24. Olshin, P.
  25. Passow, C.
  26. Peschel, J.
  27. Ramm, D.
  28. Rompotis, D.
  29. Schirmel, N.
  30. Trippel, S.
  31. Wiese, J.
  32. Ziaee, F.
  33. Bari, S.
  34. Burt, M.
  35. Küpper, J.
  36. Rijs, A.M.
  37. Rolles, D.
  38. Techert, S.
  39. Eng-Johnsson, P.
  40. Brouard, M.
  41. Vallance, C.
  42. Manschwetus, B.
  43. Schnell, M.
  44. Show all authors +
Journal:
Nature Communications

ISSN: 2041-1723

Year of publication: 2021

Volume: 12

Issue: 1

Type: Article

DOI: 10.1038/S41467-021-26193-Z GOOGLE SCHOLAR lock_openOpen access editor

Sustainable development goals