On January 14th, the Guangzhou Institute of Geochemistry, which is part of the Chinese Academy of Sciences, proudly declared the successful creation of China's inaugural, domestically manufactured rapid analyzer designed specifically for nanocrystalline structures. This state-of-the-art instrument boasts complete autonomy and control over the entire process, encompassing both hardware and software aspects. It is capable of swiftly conducting phase identification and structural analysis of nanoscale crystals and minerals. In terms of overall technical prowess, this analyzer stands shoulder to shoulder with the latest international counterparts.

The triumphant development of this instrument signifies a monumental shift for China, transitioning from a prolonged reliance on imports to achieving self-sufficiency and control in the realm of high-end scientific instrumentation tailored for nanocrystalline structure analysis. This milestone will substantially bolster China's capacity for original innovation in fundamental research domains, including Earth and planetary sciences, materials science, and chemistry.

At present, the instrument has been successfully deployed in the structural analysis of newly discovered minerals and deep-earth minerals. Its potential applications are vast, spanning areas such as the refinement of clay mineral structures, trace sample analysis of meteorites and deep-space exploration, high-throughput screening of nanofunctional materials, as well as advancements in biopharmaceuticals and structural chemistry.