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Structure of GeSe4 glass using neutron diffraction with isotope substitution
The structure of GeSe4 glass will be measured using the method of isotope substitution in neutron diffraction with both Ge and Se isotopes. This material is representative of a... -
The First Structural Characterisation of some Gallium Oxide Polymorphs
We propose to make the first detailed structural study of some polymorphs of gallium oxide that remain poorly characterised and yet have applications in catalysis and are used... -
Structure of Lead Germanate Glasses
We wish to perform a detailed and comprehensive study of the structure of lead germanate glasses, over a wide range in composition. Most structural studies of germanate glasses... -
Structural origins of the high sulphur solubility of barium rich glasses
We will investigate the structural origin of the high sulphate solubility of Ba-rich silicate glasses with radioactive waste immobilisation applications by measuring total... -
Structure of Ge-Se Glasses: Extreme Compositions
We propose to measure the structure of glassy Ge2Se3 and GeSe9 which lie at either end of the glass forming region in the Ge-Se system. The motivation is provided by the need to... -
Mercury Sulphide Dimorphism in Thiogermanate Glasses
Crystalline mercury sulphide exists in two drastically different polymorphic forms: red chain-like insulator, alpha-HgS, and black tetrahedral narrow-band semiconductor,... -
Molecular As-rich sulphur glasses
AsxS1-x binaries belong to the most studied chalcogenide glassy systems. The glass-forming region in the system was found to be rather limited, 0.05 < x < 0.43, caused by... -
The structure of metal metaborate glasses
Scientific studies of borate glasses tend to focus on alkali borates, which can be made over a wide and continuous composition range. Contrastingly, metal borates have a wide... -
Atomic and electronic structure of 6Li/7Li enriched binary lithium silicate g...
Since local coordination state of lithium cation is important for functional lithium-containing glasses, deep understanding of the structure at atomic and electronic level is a... -
Scattering Length Determination for 193Ir
This dataset has no description
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Investigation of local structure and vacancy ordering in Ca(Ti,Fe,Mn)O3 perov...
The CaTiO3 based perovskites exhibit mixed oxide-ion and electronic conductivity and have potential for use in ceramic membrane reactors. To bring the membranes closer to... -
Local structure of liquid gallium-iodine and gallium-indium
Liquid metal alloys, with liquidus temperatures close to room temperature, are a rapidly developing research area with novel applications in renewable energy, catalysis,... -
Structural Phase Transition with a Large Volume Change in (Bi,Nd)FeO3
BiFeO3 attracts considerable attention because of its multiferroic and ferroelectric properties. Nd-substitutions in antiferromagnetic BiFeO3 induce a significant ferromagnetic... -
Neutron PDF Analysis of Solid Methylaluminoxane as an Activating Catalyst Sup...
Methylaluminoxane (MAO) is the most commonly used activator and co-catalyst for transition metal complexes in olefin polymerisation reactions. Despite its widespread use, there... -
Investigating the local structure of sodium within Bioglass®.
Bioactive glasses are of considerable interest due to their potential for biomedical applications. In order to model the behaviour and dissolution of these materials it is... -
Correlated O/N orders in melilite phosphors
Red or yellow phosphors excited by a blue light-emitting diode (LED) are an efficient source of white light for everyday applications. Melilite type Y2Si3O3N4:Ce3+ is a phosphor... -
Copy of: Determination of the population of sp2 and sp3 bond lengths in graph...
The aim of this proposal is to examine the relative population of sp2 and sp3 bonds in a small number of graphitic samples, given that the bond length is 1.42A for standard sp2... -
Direct measurement of the Au-D bond
Gold is historically thought of as an inert metal, and so investigation of its chemistry has been under-investigated. In 1986 it was shown that gold can be incredibly active as... -
GEM instrument commissioning
This dataset has no description
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Atomic structure of 2NaY-Ga2S3 (Y = Cl, Br, I) liquids
Alkali halide sulphide and selenide glasses MY-Ga2X3-GeX2 (M = Li, Na, Rb, Cs; Y = Cl, Br, I; X = S, Se) are promising hosts for active and passive optical devices, solid-state...
