X-ray fluorescence (XRF) spectrometry is a modern method of element analysis, widely
applied in forensic science, archeology, geochemistry and other fields. Chemometric data …

Sugarcane harvesters have a high level of embedded technology and the opportunity to
expand applications to become an important high-density data collection machine. The …

The research on meteorites from hot and cold deserts is gaining advantages from the recent
improvements of portable technologies such as X-ray fluorescence spectroscopy (XRF). The …

The implementation of analytical techniques able to certify food quality and origin in a fast
and non-destructive way is becoming a widespread need in the agri-food sector. Among the …

In recent years many efforts have been made to overcome the conventional soil fertility
analysis limitations contributing to the improvement of precision agriculture. Energy …

The purpose of this research was to evaluate performance of an energy-dispersive X-ray
fluorescence (XRF) sensor to classify soybean based on protein content. The hypothesis …

Most studies which have reported soil fertility attributes employing Energy Dispersive X-ray
Fluorescence (EDXRF) combined with multivariate calibration make use of elemental …

Matrix effects are the main problem of quantitative analysis using X-ray fluorescence
spectrometry (XRF). A large number of methods (fundamental parameters, intensity …

The teff cereal gained worldwide attention because it is gluten-free and rich in iron; thus, its
flour is subject to fraud. This study evaluated the ability of Energy Dispersive X-Ray …

Foliar analysis is very important for the nutritional management of crops and as a
supplemental parameter for soil fertilizer recommendation. The elemental composition of …