RJN001 - Distinguishing Bulk and Surface Redox Processes In Li-ion Battery Cathodes
Available projects
RJN002 - Analytical electron microscopy to study transmutation products in neutron irradiated SiC and validation from first-principles modelling
RJN002 - Analytical electron microscopy to study transmutation products in neutron irradiated SiC and validation from first-principles modelling
RJN003 - Atomistic simulations to understand defects in rare earth superconductors
RJN003 - Atomistic simulations to understand defects in rare earth superconductors
RJN004 - Modelling investigation of spatial variation of vibrational modes
RJN004 - Modelling investigation of spatial variation of vibrational modes
SCS001 - Understanding irradiation-induced defects in high temperature superconductors using electron and x-ray spectroscopy techniques
SCS001 - Understanding irradiation-induced defects in high temperature superconductors using electron and x-ray spectroscopy techniques
PDN002 - Probing redox in Li-ion battery cathode materials using electron imaging and spectroscopy
PDN002 - Probing redox in Li-ion battery cathode materials using electron imaging and spectroscopy
PDN003 - Quantum crystallography of bonding at defects using advanced electron microscopy
PDN003 - Quantum crystallography of bonding at defects using advanced electron microscopy
SLP001 - Modelling multi-phase oxide formation in aqueous environments
SLP001 - Modelling multi-phase oxide formation in aqueous environments
HLS001 - Atomic resolution imaging of quantum spin defects in two dimensional materials
HLS001 - Atomic resolution imaging of quantum spin defects in two dimensional materials
JK001 - Chemically Sensitive Imaging of Pharmaceuticals
