Accurate and efficient computation of optical absorption spectra of molecular crystals Accurate and efficient computation of optical absorption spectra of molecular crystals Accurate and efficient computation of optical absorption spectra of molecular crystals The case of the polymorphs of ROY Joseph Prentice and Arash Mostofi, 17 September 2021
Characterisation of solar-aged porous silicon carbide for concentrated solar power receivers Characterisation of solar-aged porous silicon carbide for concentrated solar power receivers Characterisation of solar-aged porous silicon carbide for concentrated solar power receivers Yang Chen and James Marrow, 17 September 2021
In situ mechanical loading and neutron Bragg-edge imaging, applied to polygranular graphite on IMAT@ISIS In situ mechanical loading and neutron Bragg-edge imaging, applied to polygranular graphite on IMAT@ISIS In situ mechanical loading and neutron Bragg-edge imaging, applied to polygranular graphite on IMAT@ISIS Thomas Zillhardt and James Marrow, 17 September 2021
J-integral analysis of the elastic strain fields of ferrite deformation twins using electron backscatter diffraction J-integral analysis of the elastic strain fields of ferrite deformation twins using electron backscatter diffraction J-integral analysis of the elastic strain fields of ferrite deformation twins using electron backscatter diffraction Abdalrhaman Koko, 17 September 2021
Device optimisation and large-scale roll-to-roll manufacturability of flexible thin-film thermoelectric generators Device optimisation and large-scale roll-to-roll manufacturability of flexible thin-film thermoelectric generators Device optimisation and large-scale roll-to-roll manufacturability of flexible thin-film thermoelectric generators Experimentally proving the downward trend of power output with increasing strip length Lorenz F Olbrich, Albert W Xiao and Professor Mauro Pasta, 23 August 2021
Conversion-type fluoride cathodes: Current state of the art Conversion-type fluoride cathodes: Current state of the art Conversion-type fluoride cathodes: Current state of the art Examining the relationship between rate capability and active material fraction Lorenz F Olbrich, Albert W Xiao and Professor Mauro Pasta, 26 July 2021
Extending estimating Hydrogen content in Atom Probe Tomography where H2 molecule formation occurs Extending estimating Hydrogen content in Atom Probe Tomography where H2 molecule formation occurs Extending estimating Hydrogen content in Atom Probe Tomography where H2 molecule formation occurs Martin S Meier, Megan E Jones and Professor Michael P Moody, 26 July 2021
Electronic structure and electron-transport properties of three metal hexacyanoferrates Electronic structure and electron-transport properties of three metal hexacyanoferrates Electronic structure and electron-transport properties of three metal hexacyanoferrates Using density-functional theory to model electronic structure Kevin Hurlbutt and Professor Mauro Pasta, 12 July 2021
Xenon plasma focussed ion beam preparation of an Al-6XXX alloy sample for atom probe tomography Xenon plasma focussed ion beam preparation of an Al-6XXX alloy sample for atom probe tomography Xenon plasma focussed ion beam preparation of an Al-6XXX alloy sample for atom probe tomography Including analysis of an a-Al(fe,Mn)Si dispersoid J R Famelton, 12 July 2021
Characterising Lithium-Ion Electrolytes via Operando Raman Microspectroscopy Characterising Lithium-Ion Electrolytes via Operando Raman Microspectroscopy Characterising Lithium-Ion Electrolytes via Operando Raman Microspectroscopy A new method for fully characterising electrolyte systems Jack Fawdon, Johnannes Ihli and Mauro Pasta, 5 July 2021
Circuit quantum electrodynamics with carbon-nanotube-based superconducting quantum circuits Circuit quantum electrodynamics with carbon-nanotube-based superconducting quantum circuits Circuit quantum electrodynamics with carbon-nanotube-based superconducting quantum circuits Dr Matthias Mergenthaler and Professor Andrew Briggs, 29 June 2021
FFT phase-field model combined with cohesive composite voxels for fracture of composite materials with interfaces FFT phase-field model combined with cohesive composite voxels for fracture of composite materials with interfaces FFT phase-field model combined with cohesive composite voxels for fracture of composite materials with interfaces Dr Yang Chen and Professor James Marrow, 29 June 2021
