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The dependency on the excitation energy of ultrafast multi-photon ionizationof xenon by intense, short extreme ultraviolet pulses (XUV) was investigated inthe vicinity of the 4$d$ 'giant' resonance using ion time-of-flightspectroscopy. The yields of the high charge states of xenon show strongvariations with the excitation energy. With reference to simulated absorptionspectra, we can link the photon energy dependency to resonance structures ofsingle-electron excitations mainly in the xenon N-shell and purely sequentialmulti-photon absorption.

Climbing the N-shell resonance ladder of xenon