Journal
PHYSICAL CHEMISTRY CHEMICAL PHYSICS
Volume 25, Issue 1, Pages 183-191Publisher
ROYAL SOC CHEMISTRY
DOI: 10.1039/d2cp04272j
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Funding
- [20120122]
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Momentum vector correlation is a powerful tool for studying molecular dissociation. In this study, we used momentum imaging techniques to investigate the three-body fragmentation of carbon disulfide after sulfur 1s photoionization. We successfully disentangled the concerted and sequential pathways in three-body fragmentation by employing adapted analysis strategies. Additionally, various data visualization schemes were introduced, proving to be particularly efficient for determining dissociation dynamics.
Momentum vector correlation is a powerful tool to study molecular dissociation. We have studied the three-body fragmentation of carbon disulfide after sulfur 1s photoionization by means of momentum imaging techniques. Concerted and sequential pathways are disentangled in three-body fragmentation using adapted analysis strategies. In particular, we introduce various data visualization schemes that are proved to be particularly efficient to determine dissociation dynamics.
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