In recent years, with the continuous advancement of science and technology, research on metals, ceramics, plastics, nanomaterials and biomaterials has made significant progress and shown a diversified trend. This not only helps improve the performance of existing products, but also promotes the development of new technologies, which has an important impact on society and the economy. As essential tools in the materials research industry, analytical instruments play a key role in the discovery, development, testing and quality control of materials. For example, total reflection X-ray fluorescence spectrometer (TXRF) is widely used in the semiconductor industry. It can be used to detect trace impurities in silicon wafers and semiconductor materials, and monitor and optimize the production process to ensure the high purity and consistency of semiconductor materials.
TXRF technology is widely used in the field of cultural heritage. It can not only accurately measure the elemental composition and content of cultural relics, but also provides archaeologists with a powerful analysis tool. It can also reveal key information such as the material, production process, origin and age of cultural relics in the identification of ceramics, bronzes, calligraphy and paintings, etc., helping archaeologists identify authenticity and trace history.
