An overview is presented of the theory of X-ray Raman scattering. Second-order
perturbation theory for the interaction between matter and light is used as a common starting …

A brief survey of the resonant Raman Auger effect is presented. An outline of experimental
considerations and equipment is given. The theory of the resonant Auger effect is outlined …

Core excitation of gaseous HCl to the dissociative σ* state leads to a deexcitation spectrum
with two qualitatively different contributions—a broad molecular background and narrow …

The resonant Auger effect of atomic neon exposed to high-intensity x-ray radiation in
resonance with the 1 s→ 3 p transition is discussed. High intensity here means that the x-ray …

By exploiting the core-excitation-induced dissociation of O 2, we find that the Auger emission
exhibits a Doppler-like energy shift. We show this to be a manifestation of localization of the …

Time-independent and time-dependent theory of radiative and nonradiative resonant x-ray
scattering (RXS) involving dissociative molecular states is presented. A strong space …

The basis for resonant photoemission is discussed in connection with data for a
physisorption system, Ar/Pt (111) and a 3d transition metal, Ni (100). For Ar/Pt (111) the …

Ultrafast dissociation following core–shell excitation into an antibonding orbital led to the
early observation in HBr of atomic Auger lines associated to the decay of dissociated excited …

A theory of radiative and nonradiative x-ray Raman scattering based on nuclear wave-
packet dynamics is presented. The theory is evaluated with special emphasis on the cases …

The femtosecond dissociation of HCl after core excitation has been studied through the
resonant Auger decay. The spectra contain contributions from decay occurring at both …