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Atomic-Scale Structure of Mixed-Metal Carbo-nitrides From Total Neutron Scatt...
Our aim is to use total neutron scattering to determine pair distribution functions that will allow us to examine the atomic-scale structure of some new mixed-metal... -
The use of neutron diffraction to determine residual stresses in standard ISI...
High-pressure research is one of the fastest-growing areas of natural science. The European Commission is funding the Sample Environment Joint Research Activity (JRA) between... -
Local Structure in Ni-Co-Cr alloys
This experiment will quantify the local structure in the solid solution phase of Ni-Co-Cr alloys. Diffraction data will be acquired from a series of alloys, with a varying Ni:Co... -
Probing the Evolution of Local Structure in Disordered Li-rich Cathode Materi...
The next generation of Li-ion rechargeable batteries is contingent on the development of new positive electrode materials with a greater capacity to store charge. Highly ordered... -
Amorphous content of alpha alumina
Powder diffraction offers an accessible and accurate method to determine the phase abundance in crystalline mixtures. Unfortunately, only the crystalline components of the... -
Kinetics of amphotericin B interaction with model human and fungal cell membr...
The increasing incidence of pathogenic fungi resistant to treatment with amphotericin B (AmB) has created a demand for novel anti-fungal agents. The successful development of... -
Total Scattering Study of the Defect Structure of Gamma Glycine
Our picture of the structure of organic solids is derived almost exclusively on ?conventional? crystal structures based on Bragg scattering. Though it is hard to overstate the... -
Configurational and displacive disorder in the cubic NTE material Cd(CN)2
Cubic cadmium(II) cyanide shows the most pronounced isotropic NTE effect known, with behaviour more than twice as extreme as that of better known materials such as ZrW2O8. This... -
Field-induced z=2 quantum criticality of a 1D quantum magnet
During recent years, the study of T=0 quantum phase transitions (QPT), the emergent scaling properties and their profound influence on physical properties at T>0 has... -
Reactivity studies of CeO2 and metal supported CeO2 materials.
Cerium dioxide is widely used as carrier on which noble metals are dispersed to act as catalysts for a range of reactions. One of the most widely used applications of this... -
Short Range Order in High Entropy Alloys
High entropy alloys are receiving significant attention worldwide as a new class of materials that offer unique and attractive properties. However, controversy exists over their... -
beta-Bi2V0.92Ni0.08O5.38
This dataset has no description
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Hysteresis in the deformation of layered crystal structures
The aim of this proposal is to study the origin of the hysteresis effect in many layered crystal structures, in particular MAX-phases, such as Ti2AlC. This effect has been... -
Polaris Calibration - Cycles 2022/3 and 2022/4
This dataset has no description
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In situ diffraction studies of cathode materials for Li ion batteries
Li-ion batteries are interesting because they offer high power and, as a consequence, they are preferred to aqueous-based batteries for traction applications e.g. hybrid... -
SHINING THE BEAM ON BONES: CHARACTERISATION OF BURNED AND FOSSILISED SKELETAL...
Neutron spectroscopy is applied to study bones exposed to anaerobic burning or fossilisation. The results thus obtained will complement previous data gathered by the team on... -
Neutron spectroscopy of a novel family of Ln2 dimers
This dataset has no description
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Local structure study of multiferroic region of cupric(II) oxide
Cupric(II) oxide (CuO) has recently found to be both antiferromagnetic and ferroelectric in temperature region from 213 K to 230 K. This high temperature multiferroic material... -
Pressure & Temperature Phase Diagram of the Elpasolite Perovskite La2NiMnO6
This experiment will examine the pressure and temeprature phase diagram of the elpasolite perovskite La2NiMnO6. The sample will be studied in the pressure range of 0-9 GPa at... -
Probing the Local Structure-Property Relationship in the IMSSZ Oxide Ion Cond...
The current state-of-the-art solid oxide fuel cell (SOFC) electrolyte material, 8 mol% yttria stabilised zirconia (8YSZ), exhibits good performance at temperatures above 850 °C....