Using synchrotron radiation and photoelectron spectrometry, we have examined the 4s4p (6)5p resonance region in krypton and the 5s5p (6)6p resonance region in xenon. We have obtained partial and total cross sections, intensity ratios, and photoelectron angular distribution parameters for the energy regions 20.6-21.5 eV in xenon and 24.6-25.3 eV in krypton. We also report Shore parameters for all cross-section data taken. In addition to the anticipated single-electron transition, we clearly resolve features attributable to two-electron transitions in both species. Characteristics of these autoionizing states may differ considerably in the two available exit channels
Photoelectron energy and angular distributions for resonantly enhanced multiphoton ionization (REMPI...
Heckenkamp C, Schäfers F, Schönhense G, Heinzmann U. Resonances of the photoelectron spin-polarizati...
Photoionization cross sections (a) and photoelectron angular distribution parameters (~) across sele...
Photoionization cross sections (σ) and photoelectron angular distribution parameters (β) across the ...
Angular distributions for the electrons produced by the decay of the 4d--\u3e6p excitations in xenon...
Photoelectron angular distributions have been measured in the energy regions between the 2P3/2 and 2...
The angular distribution parameter for the Xe 2P3/2 ion state has been studied for the Xe 5s25p6 → 5...
Partial cross sections and angular-distribution asymmetry parameters were measured for subshell phot...
A theoretical and experimental study of the behaviour of the correlation satellites arising during 5...
We present photoelectron energy and angular distributions for resonant two-photon ionization via sev...
Snell G, Hergenhahn U, Müller N, et al. Study of xenon 4d, 5p and 5s photoionization in the shape-re...
Photoionization of the 5p6 shell in xenon leaves the ion in either the 5p5(2P3/2) or np5(2P1/2) stat...
We present photoelectron energy and angular distributions for resonant two-photon ionization via sev...
High resolution photoelectron spectra of xenon clusters of about 100 atoms, measured with photon ene...
Pump-probe photoelectron velocity-map imaging, using 27-eV high-harmonic excitation and 786-nm ioniz...
Photoelectron energy and angular distributions for resonantly enhanced multiphoton ionization (REMPI...
Heckenkamp C, Schäfers F, Schönhense G, Heinzmann U. Resonances of the photoelectron spin-polarizati...
Photoionization cross sections (a) and photoelectron angular distribution parameters (~) across sele...
Photoionization cross sections (σ) and photoelectron angular distribution parameters (β) across the ...
Angular distributions for the electrons produced by the decay of the 4d--\u3e6p excitations in xenon...
Photoelectron angular distributions have been measured in the energy regions between the 2P3/2 and 2...
The angular distribution parameter for the Xe 2P3/2 ion state has been studied for the Xe 5s25p6 → 5...
Partial cross sections and angular-distribution asymmetry parameters were measured for subshell phot...
A theoretical and experimental study of the behaviour of the correlation satellites arising during 5...
We present photoelectron energy and angular distributions for resonant two-photon ionization via sev...
Snell G, Hergenhahn U, Müller N, et al. Study of xenon 4d, 5p and 5s photoionization in the shape-re...
Photoionization of the 5p6 shell in xenon leaves the ion in either the 5p5(2P3/2) or np5(2P1/2) stat...
We present photoelectron energy and angular distributions for resonant two-photon ionization via sev...
High resolution photoelectron spectra of xenon clusters of about 100 atoms, measured with photon ene...
Pump-probe photoelectron velocity-map imaging, using 27-eV high-harmonic excitation and 786-nm ioniz...
Photoelectron energy and angular distributions for resonantly enhanced multiphoton ionization (REMPI...
Heckenkamp C, Schäfers F, Schönhense G, Heinzmann U. Resonances of the photoelectron spin-polarizati...
Photoionization cross sections (a) and photoelectron angular distribution parameters (~) across sele...