For over 70 years the introduction of natural sciences to archaeology and cultural heritage
has been ever growing with multiple contributions to deciphering the past. Novel techniques …

Mobile instrumentation is of growing importance to archaeometry research. Equipment is
utilized in the field or at museums, thus avoiding transportation or risk of damage to valuable …

This is the latest review covering atomic spectrometric activities using XRF techniques. It
offers a comprehensive review of instrumentation and detectors, matrix correction and …

Abstract With Angle Resolved XRF (AR-XRF) the sample is investigated at different angles
of detection and irradiation. The geometry of analysis indeed affects the intensity of the …

This work presents the portable X‐ray system SANDRA (Sistema de Analisis No Destructivo
por RAyos X or System for Non Destructive Analysis using X‐rays) developed at the Physics …

Angle resolved XRF (AR-XRF) is an analytical technique in which the sample is analyzed at
different angles of detection or irradiation. The change in the geometry affects the intensity of …

In conservation, restoration and characterization studies of art and archaeological objects,
the improvement of analytical techniques is a tendency. X‐ray fluorescence (XRF) is a …

Laser ablation-inductively coupled plasma mass spectrometry (LA-ICPMS) is a powerful
method for elemental fingerprinting of solid samples in a quasi-nondestructive manner. In …

Spatially resolved element distributions generated by in situ X‐ray fluorescence (XRF) line
and area scans are shown to provide information about works of art which may not be …

An existing micro-x-ray fluorescence (micro-XRF) spectrometer designed for light element
analysis (6≤ Z≤ 14) has been extended to confocal geometry: a second polycapillary x-ray …