Faraday Masterclasses. Recordings are accessible to Faraday Institution researchers.
– Paul Shearing, ‘Correlative Imaging for Energy Materials’
– Aron Walsh, ‘Data-driven Materials Optimisation and Discovery’
– Nigel Browning, ‘Advanced High Resolution and In-situ STEM Imaging of Battery Materials and Systems’
– Robert Timms and Jamie Foster, ‘Faraday’s Fast Software for Simulating Battery Operation in your Research’
– Saiful Islam ‘Size Matters – Atomic-Scale Insights into Battery Materials’
– Clare Grey, ‘Use of In-situ NMR: What Can we Learn?’
-Andy Abbott, ‘Designing Batteries for Recycling’
-John Griffin, ‘NMR Crystallography in Energy Materials Research’
Recordings of the Faraday TECH series “Advanced STEM”, given by Professor Nigel Browning, are accessible to Faraday Institution researchers here
– High Resolution Imaging – phase contrast, Z-contrast, ABF
– Analytical Methods – EELS/EDS
– Understanding dose control and establishing low-dose regime
– Operando methods in STEM
Recordings of the Faraday TECH series on the modelling tools DandeLiion and PyBaMM given by Dr Ivan Korotin and Dr Robert Timms are accessible to Faraday Institution researchers here
– DandeLiion Part 1: Demonstrating the basics of DandeLiion and how you can use it
– DandeLiion Part 2 Demonstrating more advanced features of DandeLiion
– Python Battery Mathematical Modelling (PyBaMM) Part 1: Demonstrating the basics of PyBaMM and how you can use it
– Python Battery Mathematical Modelling (PyBaMM) Part 2: Demonstrating more advanced features of PyBaMM.
Imperial College London: Structural Ceramics Summer School
ISIS Neutron and Muon Source: Training Course
Supercomputing: Upcoming and Past ARCHER Training Courses
University of Oxford: Postgraduate Certificate in Nanotechnology
University of Oxford: The Fundamental Science of Nanotechnology
University of Oxford: Fundamental Characterisation for Nanotechnology
BAM and Diamond Light Source: #TheLightStuff: online lectures on materials science with scattering and diffraction
University of Cambridge: Sensor Technologies
University of Southampton: Battery Materials and Characterisation
University of Southampton: X-Ray Diffraction as a Characterisation Method
University of Southampton: X-Ray Crystallographic Techniques, Advanced Main Group Chemistry and Applications
University of Southampton: NMR Spectroscopy: Theory and Application
University of Southampton: Mass Spectrometry: Theory and Application
University of Southampton: Advanced Spectroscopy and Applications
University of Southampton: Nuclear Magnetic Resonance Spectroscopy
University of Southampton: Chemistry through the Computational Microscope