Rigaku Corporation’s X-ray Laboratory, part of the Rigaku Holdings Group, has introduced the Total X-ray Scattering and RMC Modeling Method (TXS-RMC). This cutting-edge technology provides detailed 3D visualization of the atomic-scale structure of amorphous carbon, a breakthrough that expands the frontiers of material analysis.
Advancing Material Science
TXS-RMC addresses longstanding challenges in understanding the atomic-scale structure of amorphous materials, previously studied only through qualitative methods or molecular dynamics simulations. By enabling precise 3D structural visualization, the technology enhances the ability to predict material properties and functions. Key applications include improving battery performance and developing advanced materials for efficient gas, fluid, and electricity transmission.
Broadening X-ray Analysis
TXS-RMC also broadens the scope of X-ray analysis, making it applicable to both crystalline and amorphous materials. This flexibility meets the growing demand for advanced material characterization to verify structural and functional integrity.
Published Research
The method’s capabilities were detailed in a study published in Scientific Reports on October 25, 2024, titled “Local structure of Amorphous carbon investigated by X-ray total scattering and RMC modeling”. Read the full paper here.
About Rigaku
Founded in 1951, Rigaku is a global leader in X-ray and thermal analysis technologies. Its X-ray Laboratory, established in 1992, is Japan’s only privately operated X-ray research facility. Rigaku employs over 2,000 professionals across 90 countries, contributing innovations in semiconductors, electronic materials, batteries, and life sciences. Its mission: “To Improve Our World by Powering New Perspectives.”
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