Interatomic or intermolecular Coulombic decay (ICD) is a nonlocal electronic decay
mechanism occurring in weakly bound matter. In an ICD process, energy released by …

Coincidence spectroscopy is a powerful spectroscopic method addressing the recording of
more than one particle involved in an ionization process simultaneously. In the current …

A double time-of-flight technique is described, whereby any number of electrons and ions
produced by photoionisation can be detected in coincidence, with energy analysis for the …

Complete double photoionisation spectra of methane, ammonia and water measured by the
TOF-PEPECO method are reported. The electron pair energy distributions and low quantum …

Complete double photoelectron spectra are presented for 18 small molecules where the
location of charges in the cations and dications is relatively clearly defined. The data …

The Green's function ADC (2) has long proved to be a successful method for the study of
dense double ionization spectra of molecules and clusters. This paper focuses on the …

Aqueous potassium chloride has been studied by synchrotron-radiation excited core-level
photoelectron and Auger electron spectroscopy. In the Auger spectrum of the potassium ion …

A detailed understanding of the dissociative electron ionization dynamics of SF 6 is
important in the modeling and tuning of dry-etching plasmas used in the semiconductor …

The removal of two (or more) electrons by a single photon from an atom or molecule is a
fundamentally important process as it is a direct probe of electron correlation. Synchrotron …

Interaction of molecular SF6–anions with intense near-IR laser pulses is found to produce
cationic fragments by nonsequential multiple detachment. Dissociative ionization channels …