Techniques Available

Diamond offers a comprehensive suite of diffraction techniques to analyse the structure and properties of materials at the atomic level. Our advanced instruments accommodate a diverse range of sample types and formats, including crystals, thin films, powders, small and large molecules. Our high‑flux beamlines enable rapid measurement times, facilitating in situ experiments to capture structural changes in materials during processes such as gas absorption or heating, and to measure strains in loaded materials. This ensures that we can replicate industrial applications and provide detailed insights into a variety of materials under diverse experimental conditions.

Diamond offers a comprehensive suite of spectroscopic techniques to analyse the interaction between matter and various types of light, including visible, ultraviolet, and infrared, in a non-destructive manner. Our advanced facilities enable you to delve into the properties and composition of matter with exceptional resolution, providing detailed insights into chemical composition, molecular structure, electronic structure, physical properties, and biological systems.

Our ability to apply different sample environments allows for examination under real-world industrial conditions, ensuring that your samples can be studied in situ. Leveraging the tunable energy range and intensity of synchrotron light, we expedite the generation of high-quality results. Whether you’re exploring chemical properties or biological systems, our expert team is ready to assist you in obtaining the precise information you need.

Diamond offers a comprehensive range of non-destructive imaging techniques that provide accurate visualisations of objects in both 2D and 3D. Our advanced instruments can map various attributes, including density, physical structure, chemical composition, states, and crystallographic perfection.

By probing both external and internal structures down to the molecular level, our imaging techniques can unveil concealed or internal components with minimal impact on the sample. This makes our facilities invaluable for studying dense, very small, or sensitive materials, as well as samples undergoing rapid changes. Leveraging high-flux X-ray beams, we facilitate the swift capture of high-resolution images, catering to a broad spectrum of imaging needs across various fields.