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Schlagwörter:
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Zusammenfassung:
The development of two new experimental methods in gas phase photoionization studies is reviewed. These are angle-resolved electron–electron coincidence spectroscopy and angle-resolved electron–fragment ion coincidence spectroscopy. The review concentrates on systems which employ time-of-flight techniques for both the electron and ion detections. In addition to a technical description of such a system for both methods, showcase examples of their application in synchrotron radiation-based atomic and molecular physics are presented and discussed.
