Ian Farnan
Institution
University of Cambridge
ORCID
Projects
COMBINED EPR, NMR, MAGNETIC SUSCEPTIBILITY AND COMPUTATIONAL DETERMINATION OF RARE EARTH HYPERFINE EFFECTS IN CERAMICS.
Lead Institution
University of Cambridge
Principal Investigator
Ian Farnan
Project type
Exploratory Research
Multiscale Modeling of Radiation Effects in Novel Nuclear Waste Forms
Lead Institution
Pacific Northwest National Laboratory
Principal Investigator
Ram Devanathan
Project type
Large-Scale EMSL Research
Atomic scale characterization of dissolution processes in simulant spent nuclear fuel
Lead Institution
University of Cambridge
Principal Investigator
Ian Farnan
Project type
Large-Scale EMSL Research
Nuclear Magnetic Resonance Detection of Radiation Damage in Ceramics
Lead Institution
University of Cambridge
Principal Investigator
Ian Farnan
Project type
Capability Research
Separation of 47Ti and 49Ti Solid-State NMR
Lineshapes by static QCPMG experiments
Lead Institution
University of Copenhagen
Principal Investigator
Flemming Larsen
Project type
Capability Research
Magic Angle Spinning NMR Experiments on Radioactive Samples with a Microcoil Spinner
Lead Institution
CEA Saclay
Principal Investigator
Dimitris Sakellariou
Project type
Limited Scope
Solid-State NMR Spectroscopy on Radioactive Samples with Microcoils
Lead Institution
CEA Saclay
Principal Investigator
Dimitris Sakellariou
Project type
Large-Scale EMSL Research
Local structure in zirconia-based nuclear fuels and transmutation targets
Lead Institution
University of Cambridge
Principal Investigator
Ian Farnan
Project type
Large-Scale EMSL Research
Separating the lineshapes of the two NMR active Ti isotopes by static QCPMG solid-state NMR experiments
Lead Institution
University of Copenhagen
Principal Investigator
Flemming Larsen
Project type
Capability Research
Ultrahigh-Field 95Mo MAS NMR Studies of Model Nuclear Waste Glasses
Lead Institution
University of Cambridge
Principal Investigator
Ian Farnan
Project type
Limited Scope
Separation of 47Ti and 49Ti Solid-State NMR Lineshapes from crystalline and glassy materials by static QCPMG experiments
Lead Institution
University of Copenhagen
Principal Investigator
Flemming Larsen
Project type
Capability Research