You have no items in your shopping cart.
ABSTRACT
This study focuses on the elemental characterization of five distinct geological samples using X-ray Fluorescence (XRF analysis). These samples, representing diverse rock types, were selected to gain insights into their respective elemental compositions, aiding in geological interpretation and understanding of their origins. Five samples from Igarra and its axis in Akoko Edo area of Southwestern Nigeria were obtained with the aim of determining their geochemical properties using XRF techniques and also for petrographic analysis. Result from the geochemical analysis revealed the presence of SiO2 (79.90-69.32wt.%) Al2O3 (16.29-10.25wt.%), Fe2O3 (8.40- 2.95wt.%), TiO2 (1.19-0.01wt%), CaO (4.08-0.20wt.%), P2O5(0.30-0.06wt.%), K2O3(8.21- 1.30wt.%), MnO (0.06-0.01wt.%), MgO (1.56) and NaO2 (3.65-2.26wt.%). The geochemical evaluation revealed detailed information about the elemental makeup of each sample. Distinct variations were observed among the samples, reflecting their unique geological origins and formation processes. Notably, Sample 1 and Sample 5 displayed differences in their mineralogical compositions, while Sample 2 exhibited its characteristics high silica content. Sample 4 and sample5 showcased a range of elements indicative of their complex geological histories. In conclusion,X-ray Fluorescence analysis proved to be a valuable tool for the elemental characterization of geological samples. The data obtained from the five diverse samples contribute to our understanding of their geological histories and can assist in geological mapping, mineral exploration and environmental studies. This study underscores the versatility and importance of XRF analysis in the field of earth sciences and geology.
