Auger photoelectron coincidence spectroscopy (APECS) is a technique that provides us with unique information and a chance to gain insight into the significance of processes in the Auger spectra of atoms in solids. Hence it is a great aid in our understanding of the Auger process in atoms where electron correlations are strong. Despite the first demonstration of the technique more than 20 years ago, there are still very few working experiments. The reasons why, and the ways forward are discussed
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy)on solids is ...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy) on solids is...
The recently discovered capabilities of Auger-photoelectron coincidence spectroscopy (APECS), i.e., ...
Auger electron spectroscopy (AES) is widely used as a means of quantitative surface analysis. The Au...
The objective of this thesis is to exploit the high degree of selectivity of Auger photo-electron co...
The use of X-ray photoelectron spectroscopy (XPS) is expanding rapidly with the advent of more conve...
As new surface analytical equipment becomes available, it is increasingly important to understand th...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
We have recently re-built our Auger photoelectron coincidence spectroscopy (APECS) system at Murdoch...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy) on solids is...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy)on solids is ...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy) on solids is...
The recently discovered capabilities of Auger-photoelectron coincidence spectroscopy (APECS), i.e., ...
Auger electron spectroscopy (AES) is widely used as a means of quantitative surface analysis. The Au...
The objective of this thesis is to exploit the high degree of selectivity of Auger photo-electron co...
The use of X-ray photoelectron spectroscopy (XPS) is expanding rapidly with the advent of more conve...
As new surface analytical equipment becomes available, it is increasingly important to understand th...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
Advances in materials science have produced a wide array of new solid-state systems with tunable pro...
We have recently re-built our Auger photoelectron coincidence spectroscopy (APECS) system at Murdoch...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy) on solids is...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy)on solids is ...
The feasibility of angle resolved APECS (Auger Photo-Electron Coincidence Spectroscopy) on solids is...
The recently discovered capabilities of Auger-photoelectron coincidence spectroscopy (APECS), i.e., ...