Spectroscopy-overview

Why choose X-ray Absorption Spectroscopy (XAS) at Diamond for your research

Our tailored services for industry empower you to harness Diamond’s cutting-edge XAS facilities, unlocking deeper insights into material properties and driving meaningful breakthroughs across scientific disciplines.

Our spectroscopy beamlines are specifically designed to perform a wide variety of XAS experiments, providing unique setups that cater to diverse research needs. Each beamline operates at different energy ranges, from 80 eV to 35 keV, ensuring precise and versatile measurements. This flexibility allows for the study of solids, liquids, and even gases with unparalleled accuracy.

Additionally, Diamond’s time-resolved XAS capabilities can be combined with other complementary techniques, offering powerful analytical strategies to explore the relationship between chemical structure, properties, and material performance. The availability of X-ray fluorescence mapping using microfocus and bulk XAS beamlines further enhances the depth and detail of the analysis.

 

Benefits

Benefits of using XAS at Diamond

  • Support and guidance: from our dedicated Spectroscopy experts
  • Rapid data collection: The tunability of the light source allows for quick collection of XAS spectra, enhancing efficiency.
  • Broad applicability: The technique is suitable for studying both crystalline and non-crystalline materials.
  • Versatile state analysis: XAS allows for the study of materials in different physical forms, including solids, liquids, and gases.
  • Flexible experimental conditions: Materials can be investigated under time-resolved and in situ conditions for dynamic insights.
  • Comprehensive analysis: XAS can be combined with other complementary techniques simultaneously for a deeper understanding of materials.
  • High sensitivity: Elements present in very low concentrations (ppms levels) can be detected, ensuring precise analysis.
  • High spatial resolution: Samples can be examined with very high spatial resolution for detailed structural information

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