Recent studies have shown the feasibility of channeling phenomenology applications to
describe various mechanisms of interaction of charged and neutral particle beams and …

The study of valuable Cultural Heritage objects frequently requires non-destructive analysis
with good sensitivity. Moreover, it is often necessary that the measures are carried out in …

Confocal micro X-ray fluorescence (CXRF) is gaining considerable interest due to its ability
to provide compositional and spatial information that are typically obtained using standard …

Recently opened for users at LNF XLab-Frascati a μ XRF station, named “Rainbow X-ray”–
RXR, has been optimized for most of X-ray analytical research fields. The basic principle of …

Abstract Samples (Cu0. 5Tl0. 5) Ba2Ca2Cu3-x K x O10-δ (x= 0, 1, 2, 2.5, 3) and Tl1.
0Ba2Ca2K3O10-δ were synthesized to study the effect of electron donor atoms at the …

X-ray analytical techniques are widely used in the world. By the way, due to the strong
radiation–matter interaction, to design optical devices suitable for X-ray radiation remains …

This work presents a detailed study of a series of silver plates gilded via electroplating
techniques in which the characteristics of the coating gold layers are investigated as a …

X‐ray fluorescence analysis is a widely used technique in many applications. Recent
advances in X‐ray optics, in particular, in polycapillary manufacturing, have allowed …

Abstract μXRF is a powerful instrument for non-destructive characterization of materials of
cultural interest. At the XLab Frascati Laboratory this technique is already well performed …

The quantitative evaluation of chemical elements from X-ray Fluorescence (XRF) analysis
still remains a strong hurdle in X-ray Spectrometry, mainly due to significant matrix effects …