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Negatively Charged Muons as an Elemental Probe for the Carbon Composition of ...
Proof of principle of the use of negative muons as a non-destructive elemental probe have been provided by recent trial experiment on the RIKEN_RAl muon facility. We propose to... -
Texture measurements in copper bolts from Napoleonic War-era warships
Hardened copper bolts were the ¿new technology¿ that saved the Royal Navy when iron bolts no longer held ships together safely after their wooden hulls had been sheathed in... -
Investigation for large magnetic field enhancement of pressure induced-ferroe...
We propose to perform neutron diffraction experiments under high-pressure and magnetic field condition for multiferroic DyMnO3, using WISH beamline in combination with... -
Structure and magnetism in Sr2IrO4 - benefits of 193Ir use
We plan to investigate the use of the isotope 193Ir for studies of magnetism in iridium containing materials using Sr2IrO4 as a test case. This isotope is important for neutron... -
Background characterization on VESUVIO spectrometer : before and after modera...
This dataset has no description
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Neutron Measurements with a Telescope Proton Recoil Spectrometer on ChipIR
A TPR spectrometer has been designed and realized for the new ChipIR beamline. Here the YAP crystals (1 and 0.1 thick) will be used in coincidence with silicon detectors in... -
Using QLCR to Study Stopping Sites in Molecular Solids
Muon nuclear quadrupolar level crossing resonance is not a well-known technique, however it is extremely powerful. There is a large interest in probing the muon stopping site... -
Phonon density of states in protonated and deuterated hexamethylenetetramine
This dataset has no description
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Using negative muons as a non-destructive probe of material composition
Elemental analysis is a process in which a sample is analysed for its composition. Often this is accomplished by destructive and damaging techniques. Clearly, such techniques... -
Thermodynamics of Non-Uniform Compression in H-Bonded Molecular Solids
Equations of state (EoSs) show how the thermodynamic variables of temperature, pressure and volume are inter-related. The ideal gas law, PV = nRT, is an example of an EoS which... -
Muon spin relaxation investigation of hybrid perovskite solar cell materials
This dataset has no description
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Residual Stress Measurements in Inc718 and C263 Nickel Based Super-Alloys and...
This project is being conducted at the Advanced Forming Research Centre (AFRC), funded by UK government through the Innovative UK (I-UK) initiative known as Manufacturing... -
Determination of the relative magnitudes of static and dynamic displacements ...
The width of a peak in a pair distribution function (PDF) provides a measure of the variation in the distance between a pair of atoms. This results from a combination of thermal... -
Investigating thermal and light-induced spin crossover using neutron photocry...
Photocrystallography, a rapidly developing area in dynamic structural science, allows photoinduced structural changes and transient species to be studied. X-ray techniques have... -
Test of a new thermal neutron GEM detector based on a 3D cathode
This dataset has no description
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Commissioning of the prototype of micro-tomography camera and optical check o...
Aim of this proposal is that of exploring the possibility of developing a high resolution camera for micro.tomography to be adopted at IMAT. A cheap camera box has been built... -
Multi-scale modelling of HCP alloys using peak profile analysis
Hexagonal close packed (HCP) alloys have a wide range of industrial uses, including within thenuclear industry and for aerospace applications.The properties of HCP alloys are... -
In-situ diffraction and TGA of the hydration reaction of proton conducting pe...
Here the use of the IGAN system for in-situ TGA and neutron diffraction is proposed in order to study the de-hydration of four proton conducting materials. The selected... -
Evaluation of defects in TlBr single crystal using energy resolved neutron im...
Our research group at Nagoya University pursues a programme of radiation detector development for a range of applications. The purpose of this experiment is to evaluate the... -
Contour Method to Measure Radial Residual Stresses: Experimental validation
The contour method has been increasingly recognised as a powerful technique for measuring residual stresses. However, the conventional contour method is limited to performing...
