PDF-why

Why choose X-ray Pair Distribution Function (PDF) at Diamond for your research?

Diamond is at the forefront of X-ray PDF research providing access to cutting-edge facilities and expert support. Our two operational beamlines, and a new dedicated PDF beamline in development, allow researchers to explore the local structures of crystalline, semi-crystalline, and amorphous materials with unmatched speed and precision. This state-of-the-art capability has been crucial in advancing knowledge across various fields, including amorphous materials, nanomaterials, pharmaceuticals, and energy storage solutions. 

The I15-1 beamline, the first of its kind in Europe, delivers high-energy, high-flux, and low-background signals essential for high-quality PDF data. The upcoming “ARC” detector will further enhance data collection speed and quality, revolutionising PDF data acquisition. Our advanced technical capabilities enable researchers to gain deep insights into atomic interactions across diverse disciplines such as materials chemistry, solid-state physics, and earth sciences.

Furthermore, our expert scientists provide a range of services and flexible access modes to meet your experimental needs. We undertake an initial consultation to determine the most effect approach, collect data and process it to PDF data, providing a concise report outlining all of the experimental details. Throughout this process, our team will collaborate with the beamline experts to maximise the benefits of your PDF experiment and will be available to guide and assist you at every stage.

Benefits

Benefits

Unlock vital insights into materials at the atomic scale with Diamond’s cutting-edge X-ray Atomic Pair Distribution Function (PDF) research capabilities.

  • A team of expert scientists: To support and guide you through your PDF experiment
  • High Count Rates: Achieve superior statistics with high count rates, ensuring reliable and accurate data.
  • High Energies: Utilise high energies to provide extensive scattering angles, crucial for detailed structural analysis.
  • Controlled Environmental Conditions: Conduct in situ PDF studies under controlled environmental conditions, allowing for precise and reproducible experiments.

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