Application of energy dispersive fluorescence spectrometer in archaeological analysis of antiques

Ancient ceramics, ancient bronzes, ancient gold and other metal relics are the treasures of ancient civilization, and have an important impact on world culture and modern civilization. In the current work of the identification of ancient artifacts, how to accurately explore the cultural relics has become the most pending problem.

Source breaking and dating are two important aspects in the study of ancient ceramics science and technology, which must be used to determine the chemical composition of ancient ceramics specimens and the carrier of recording its age information. Measuring the chemical composition of ancient ceramic specimens and ceramic raw materials can determine the origin of ancient ceramics, and can help judge the firing age of ancient ceramics to a certain extent; And through the detection of the various carriers retained in the ancient ceramics to record its age information, it can be more accurate dating.

Application of energy dispersive fluorescence spectrometer in archaeological analysis of antiques

Energy dispersive X-ray fluorescence spectroscopy (EDXRF) is to X-ray the surface of the sample, using the energy spectrometer to determine the energy and intensity of the characteristic X-ray photons of various elements, in order to carry out qualitative and quantitative analysis.

As a high-performance desktop energy dispersive X-ray fluorescence (EDXRF) element analyzer, the new EDX9000plus is configured with the most advanced FP (Fundamentalparameter) software based on the basic parameter algorithm of Windows, and equipped with the best high-performance hardware. To meet customers’ requirements for elemental analysis of complex antique samples. Whether your sample is solid or powder, the EDX9000 plus can easily perform nondestructive qualitative and quantitative analysis of elements from sodium (Już) na uran (U). Faster analysis speed, more accurate test results, more stable instrument performance, making EDX9000plus in the field of antiquities, antiquities identification science, rapid and non-destructive identification of pottery, oil painting, photocopy products, jade, glass products, gems, bronze and copper alloy authenticity and age, The restoration of cultural relics, works of art has played an important role in the EDX9000 plus spectrometer can simultaneously analyze the ancient ceramic specimen and glaze Na2O, MgO, Al2O3, Cao, Fe2O3, K2O, MnO, SiO2, TiO2, Jak, Kr, Cu, Współ, lMn, W, Pb, Z, V, Zn, Zr, Ba and other chemical components; It can also detect the chemical composition content of bronzeware (Cu, sen, Pb, Zn, itp.) and precious metals (Au, Pt, Ag, Cu, W, Zn, itp.), and then compare the ancient ceramic database of China to achieve the effect of dating and breaking the source.

EDX9000plus focuses on the qualitative and quantitative analysis of the main amount, trace and trace elements of antique ceramics or metal materials, w tym: determination of the element composition in bronze, determination of the element composition of porcelain, determination of the element composition in gold and silver, determination of iron and other elemental components.