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In-situ thermoelectric measurements of copper chalcogenides
Thermoelectric devices are capable of converting thermal energy directly into electrical energy. The efficiency of a device is related to the characteristics of the materials of... -
Dynamical Signatures of Quantum Spin Ice in Tb2Ti2O7
We propose the first neutron scattering experiment on the frustrated magnet Tb2Ti2O7 in the presence of a magnetic field along [111]. This will allow us to uncover signatures of... -
A study of hole injection efficiency for a model conjugated bilayer system
Polymer-based electronics have attracted huge interest due to their wide applicability to light emitting diodes, field effect transistors and photovoltaics. The aim of our... -
Interaction of amino acid based biosurfactants with model lipid bilayers
N-acyl amino acids are surfactants with attractive applications in different technological fields. They are referred to as mild surfactants because they are commonly considered... -
The Interaction of Grp1 with Membranes Containing Signalling Phospholipids
This dataset has no description
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Rattling modes in new thermoelectrics
NaxCoO2 has an exceptional combination of thermoelectric properties, including low thermal conductivity, and it is currently under consideration for use in power recovery and as... -
Identification of the empirical forging methods and microstructural propertie...
In our previous experiment RB 1810171 we analysed a group of three Japanese swords from an important private collection. Among the samples included in the proposal, we found... -
Measurement of the total muonium emission yield from silica aerogel using mus...
The aim of the present beam-time request is to perform a direct measurement of the total muonium emission rate from silica aeeogel to vacuum including the region very close to... -
Spray-coating plastic solar cells: New materials & innovative processes for O...
We propose to study a range of new selenium containing lower energy gap organic photovoltaic materials deposited by spray coating using neutron reflectivity. The new materials... -
Measurement of the temperature dependence of the muonium emission from silica...
We propose continued study of the muonium emission from silica aerogel using Muonium Spin Rotation (MuSR) following success of the proof-of-principle measurement. This time, we... -
Pressure-induced phase transitions in methylammonium lead iodide
Methylammonium lead iodide has recently been recognised as an excellent photovoltaic material, with energy conversion efficient of over 20% with the prospect of gaining higher... -
High pressure polymorphism in ammonium bicarbonate, (ND4)DCO3
In an earlier high-pressure survey of the P,T phase diagram of deuterated ammonium carbonate, we observed changes in the neutron powder diffraction patterns that are consistent... -
Low energy excitations in solid 4He
The atoms in solid helium are weakly bound and have small mass so that the overlap of their wave functions (zero point motion) is large, making it a quantum solid close to the... -
In-situ Neutron Diffraction Investigation on Creep-Resistant Ferritic Superal...
We have developed a new class of ferritic steels strengthened by hierarchical precipitates (HPs) of Ni2TiAl/NiAl or a single precipitate (SP) Ni2TiAl for applications as... -
Studying the helimagnetic order and precursor phenomena in MnSi under pressure
The archetype chiral system MnSi belongs to the family of non-centrosymmetric cubic helimagnets where a helimagnetic ordering exists below the critical temperature of 29 K. This... -
Interactions of modified clupeines with Gram-negative model bilayers
Clupeine is isolated from herring and is an example of a protamine, which are cationic antimicrobial peptides occurring in the sperm cells of some fish. Protamines are active... -
Pressure-induced structural and magnetic transitions in honeycomb ruthenate A...
Honeycomb ruthenates (Ru4+, 4d4) with strong spin-orbit coupling are expected to host unconventional magnetic ground state owing to a spin-orbital-entangled Jeff = 0 state. The... -
Multinuclear Radiofrequency Decoupling in Lithium Hydroxide
This proposal seeks to develop the technique of multinuclear RF decoupling and apply it to the study of lithium ion mobility in Lithium Hydroxide. Key to the understanding of... -
QENS studies of Na-ion battery materials
LixCoO2 is used extensively in portable batteries in laptops and mobile phones, but the scarcity of Li means that alternative materials are required. Structurally related... -
The Interaction of Grp1 with Membranes Containing Signalling Phospholipids
This dataset has no description
