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High-resolution Neutron Strain Tomography
Oxford University in collaboration with ISIS neutron facility have developed a new technique for imaging strain in engineering components in three dimensions. We termed this... -
Development of high resolution detectors for Bragg edge time of flight transm...
The energy of transmitted neutrons can be obtained from their time-of-flight, simultaneously with the acquisition of the transmission radiographic image by a pixilated detector.... -
In Situ Torsional Testing to study hkl strains and phase transformation in TR...
No diffraction studies have specifically aimed to study the (hkl) specific strain in polycrystals under the application of pure shear. A technique is proposed that has been... -
Microstructural orientation mapping with a neutron beam
We propose to develop the means to measure the orientations, phases and strains of individual crystal grains within a polycrystal using neutrons. Such measurements have... -
Copy of: Continued development of high resolution Bragg edge time of flight t...
We propose to conduct experiments to further the technological and scientific development of micro-channel plate neutron detection systems for high spatial and time-of-flight... -
Hydrogen diffusion in zirconium alloys: The role of beta-phase morphology, co...
Zr is used extensively in nuclear reactors worldwide in a broad range of microstructural conditions due to its thermomechanical, corrosion and neutronic properties. However the... -
In-situ high resolution strain mapping under tension and torsional loading us...
It is proposed to use ENGIN-X for proof-of-concept investigations of BCC Fe (possibly also hex. Mg and FCC Al) alloys under multi axial loading, while simultaneously acquiring...
