Procurement of an X-Ray Diffractometer

Description

The University of Bristol has a requirement for a new X-Ray Diffractometer (XRD) which will form part of the Facility for Radioactive Materials Surfaces (FaRMS), part of the National Nuclear User Facility (NNUF) project. FaRMS will be embedded in the Interface Analysis Centre (IAC), part of the School of Physics. The requirement is comprised of a state-of-the-art XRD system with particular focus on solid materials analysis, texture, and thin film characterisation. Offers are invited for the procurement of a floor-mounted XRD system, which will be able to measure polycrystalline/powders, texture, stress/strain, reciprocal space maps, thin film reflectivity, and have a Eulerian cradle (or a similar chi, phi and height stage) for single-crystal work. The ability to add environmental stages (such as high/low temperature and gas reaction cells) is important, so a vertical scattering geometry, theta-theta machine is most likely. Additional features, such as automatic height alignment and 2D detector set up would also be highly preferred. Lot 1: The requirement is comprised of a state-of-the-art XRD system with particular focus on solid materials analysis, texture, and thin film characterisation. Offers are invited for the procurement of a floor-mounted XRD system, which will be able to measure polycrystalline/powders, texture, stress/strain, reciprocal space maps, thin film reflectivity, and have a Eulerian cradle (or a similar chi, phi and height stage) for single-crystal work. The ability to add environmental stages (such as high/low temperature and gas reaction cells) is important, so a vertical scattering geometry, theta-theta machine is most likely. Additional features, such as automatic height alignment and 2D detector set up would also be highly preferred.