1.** elemental analysis: ** X-ray fluorescence spectrometer can quickly and accurately analyze the elemental composition in the sample. By irradiating the surface of the sample, the atoms in the sample will absorb X-rays and emit fluorescent radiation. By measuring the characteristic energy of these fluorescence, the types and relative contents of elements in the sample can be determined.
2.** Non-destructive analysis: ** XRF is a non-destructive analysis technology, and there is no need to destroy the sample during the analysis. This is of great application to precious cultural relics and archaeological samples, because it allows basic information to be obtained without damaging the samples.
3.** Widely used: ** X-ray fluorescence spectrometer can be used in many fields, including geology, mineralogy, environmental science, material science, metal analysis and so on. It is widely used in quality control, research and exploration.
4.** High sensitivity: ** XRF technology has high sensitivity and can detect trace elements in samples, so it can also play a role in occasions where trace analysis is needed.
Generally speaking, X-ray fluorescence spectrometer is a powerful analytical tool, which can provide detailed information about the composition of elements in samples and contribute to the analysis of elements in scientific research and practical application.