SAXS-Scattering-landing

Scattering - to determine the molecular structure of highly and partially ordered materials

Scattering experiments are used to determine the molecular structure of non-crystalline materials, including complex biological samples and polymers.

Scattering experiments can be applied to understand complex materials or multi-component systems and can be very powerful in understanding partially ordered systems, particularly useful in formulation science. Scattering techniques can be applied to resolve problems in sectors as diverse as drug delivery, oil and gas, energy, and food. 

There are various different forms of scattering techniques at Diamond for our industrial users which can probe different aspects of the material structure and are suitable for different material types. Our team of experts can help you to choose the technique that most suits your needs.

Scattering

Diamond offers an extensive suite of scattering techniques to determine the molecular structure of both highly ordered and partially ordered materials, including complex biological specimens, polymers, and electronic materials. By analysing the scattering patterns from these samples, we can characterise their structure in detail.

Our diverse array of scattering methods is particularly powerful for understanding complex materials and multi-component systems, making it especially beneficial in formulation science. The high intensity of our X-ray beams allows for rapid measurement times and the application of in situ conditions, enabling the study of material structures across a broad spectrum of length scales and material types.

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