EPSRC Core Equipment Call 2020 - Cranfield University
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Description
This core equipment investment at Cranfield University will support the procurement and use of three pieces of state-of-the-art instrumentation, namely:
Item 1 - A combined physisorption and chemisorption instrument
Item 2 - Light Flash Analyser for thermal conductivity/diffusivity characterisation
Item 3 - Refurbishment and relocation of an isotope ratio mass spectrometer
These instruments represent an investment that meets all four objectives of this call and will support research at Cranfield University in the EPSRC research areas of Analytical Science, Carbon Capture and Storage, Materials Engineering, Composites Materials Engineering, Metals and Alloys, Manufacturing Technologies, Polymer Materials, Graphene and Carbon Nanotechnology, Energy Storage, Chemical Reaction Dynamics and Mechanisms, Water Engineering, Materials for Energy Applications, Chemical Structure, Surface Science, Biophysics and Soft Matter Physics.
| Cranfield University | LEAD_ORG |
| Leon Terry | PI_PER |
| Thomas Stephenson | PI_PER |
| Nicholas Girkin | COI_PER |
| Peter Clough | COI_PER |
| Alexandros Skordos | COI_PER |
Subjects by relevance
- Materials (matter)
- Surfacings (matter)
- Polymers
- Composites
- Graphene
- Material technology
- Carbon capture and storage
- Materials science
- Isotopes
- Warehousing
- Physics
- Dynamics
- Light metal alloys
- Chemical composition
- Mechanics
- Spectrometers
- Manufacturing
- Metals
- Environmental technology
- Light metals
Extracted key phrases
- Cranfield University
- EPSRC Core Equipment
- EPSRC research area
- Core equipment investment
- Composites Materials Engineering
- Isotope ratio mass spectrometer
- Analytical Science
- Polymer Materials
- Chemisorption instrument
- Item
- Light Flash Analyser
- Energy Storage
- Carbon Capture
- Chemical Reaction Dynamics
- Water Engineering