Ultrafast Structural Changes in Chiral Molecules Measured with Free-Electron Lasers
- Schmidt, P.
- Music, V.
- Hartmann, G.
- Boll, R.
- Erk, B.
- Bari, S.
- Allum, F.
- Baumann, T.M.
- Brenner, G.
- Brouard, M.
- Burt, M.
- Coffee, R.
- Dörner, S.
- Galler, A.
- Grychtol, P.
- Heathcote, D.
- Inhester, L.
- Kazemi, M.
- Larsson, M.
- Li, Z.
- Lutmann, A.
- Manschwetus, B.
- Marder, L.
- Mason, R.
- Moeller, S.
- Osipov, T.
- Otto, H.
- Passow, C.
- Rolles, D.
- Rupprecht, P.
- Schubert, K.
- Schwob, L.
- Thomas, R.
- Vallance, C.
- Von Korff Schmising, C.
- Wagner, R.
- Walter, P.
- Wolf, T.J.A.
- Zhaunerchyk, V.
- Meyer, M.
- Ehresmann, A.
- Knie, A.
- Demekhin, P.V.
- Ilchen, M.
DOIAbstract
(X-ray) free-electron lasers are employed to site specifically interrogate atomic fragments during ultra-fast photolysis of chiral molecules via time-resolved photoelectron circular dichroism. © 2020 Institute of Physics Publishing. All rights reserved
Add to ORKG