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Fragmentation pathways for selected electronic states of the acetylene dication
- Osipov, Timur;
- Rescigno, Thomas N.;
- Weber, Thorsten;
- Miyabe, Shungo;
- Jahnke, T.;
- Alnaser, A.;
- Hertlein, Markus P.;
- Jagutzki, O.;
- Schmidt, L.Ph.H.;
- Schoffler, M.;
- Foucar, L.;
- Schossler, S.;
- Havermeier, T.;
- Odenweller, M.;
- Voss, S.;
- Feinberg, Ben;
- Landers, Alan;
- Prior, Michael H.;
- Dorner, Reinhart;
- Cocke, C.L.;
- Belkacem, Ali
- et al.
Abstract
Coincident measurement of the Auger electron and fragment ion momenta emitted after carbon core-level photoionization of acetylene has yielded new understanding of how the dication fragments. Ab initio calculations and experimental data, including body-frame Auger angular distributions, are used to identify the parent electronic states and together yield a comprehensive map of the dissociation pathways which include surface crossings and barriers to direct dissociation. The Auger angular distributions show evidence of core-hole localization.
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