X-ray Imaging

​X-ray imaging, or radiography, is the oldest X-ray technique and typically uses a large incident high-flux X-ray beam transmitted through a sample, to provide detailed information below the surface of a material.  This can involve full-field imaging – where the whole sample is illuminated, or through scanning, where the beam is focused to a small spot which is scanned across the sample.

The high intensity and energy of the synchrotron X-rays at Diamond make it possible to image a much larger range of materials and sample thicknesses than conventional X-ray sources, and the brilliance of the synchrotron source produces very high resolution images.

These high intensity X-rays also permit very fast measurements for high speed imaging experiments (<1 μm) which allow you to look at changes in your sample during real-time, in situ experiments.

The main imaging techniques applied at Diamond are 2D Absorption Contrast Imaging and Phase-Contrast Imaging, and 3D Tomography. The type of approach taken will depend upon the complexity and dynamic nature of the sample to be studied.

Our dedicated imaging service for industry ensures you are fully supported by our team of expert scientists. They will consult with you to find the best solutions, conduct experiments on your behalf, and can also perform image reconstruction and analysis.

X-ray imaging is a non-destructive technique that has a very large range of application, in fields such as bio-medicine, materials science, engineering, environmental science and nanotechnology. The techniques allow high speed visualisation of a sample or retrieval of 3-dimensional information to view and measure the internal structure of a sample. Below are some examples of imaging research conducted at Diamond.