How we can help
TEESMAT has a unique pool of characterisation techniques which are able to probe the behaviour of all the components of a battery. The TEESMAT toolbox is composed of standard techniques which have already demonstrated their efficiency in providing valuable information and innovative techniques which are bringing a plus-value in the results. Some techniques are continuously under development to offer the best solution for specific problem
1. Information about material properties
- T1 – Operando Nuclear Magnetic Resonance
- T3 – X-Ray Scanning Nano Spectroscopy
- T4 – Time of Flight-Secondary Ion Mass Spectrometry coupled to Focus Ion Beam preparation
- T8 – X-Ray Micro & Nano Tomography(pdf T8)
- T10 – Operando X-Ray Diffraction
- T13 – Hard X-Ray Total Scattering
- T14 – Small Angle Neutron and Hard X-Rays Scattering
- T15 – Nano-characterisation correlative analyses
- T16 – In Situ Electrochemical Raman Spectroscopy (pdf T16)
- T22 – Differential Scanning Calorimetry
- T26 – In Line Electrode material Production Control (pdf T26)
- T27 – Optical Quality Control (pdf T27)
- T28 – Quality Control of Coatings & Deposited Layers
- T30 – Electron Paramagnetic Resonance Spectroscopy
- T31 – Modelling (pdf T31)
2. Information about functional assessment of material
- T7 – Cell 3D Imaging by X-Ray Microtomography (pdf T7)
- T19 – In Situ Spectrometry for gas analysis (pdf T19)
- T20 – Accelerated degradation cell test (pdf T20)
- T23 – Blast Box and ARC (pdf T23)
- T24 – Operando Multi-Physics 3D mapping (pdf T24)
- T25 – Electrical Cycling with Sensors (pdf T25)
- T31 – Modelling (pdf T31)
3. Information about operando assessment of material
- T1 – Operando Nuclear Magnetic Resonance
- T5 – Operando electrochemical assessment of electrodes (pdf T5)
- T6 – In Situ Optical Microscopy (pdf T6)
- T7 – Cell 3D Imaging by X-Ray Microtomography (pdf T7)
- T8 – X-Ray Micro & Nano Tomography
- T9 – X-Ray Bragg Diffraction Microscopy
- T10 – Operando X-Ray Diffraction
- T11 – Coherent X-ray Diffraction Imaging
- T12 – Acoustic Measurement (pdf T12)
- T13 – Hard X-Ray Total Scattering(pdf T13)
- T14 – Small Angle Neutron and Hard X-Rays Scattering
- T17 – Incremental Capacity Analysis (pdf T17)
- T18 – Electrochemical Impedance Spectroscopy (pdf T18)
- T19 – In Situ Spectrometry for gas analysis (pdf T19)
- T21 – Heat Flux Measurement (pdf T21)
- T23 – Blast Box and ARC (pdf T23)
- T24 – Operando Multi-Physics 3D mapping (pdf T24)
- T25 – Electrical Cycling with Sensors (pdf T25)
- T29 – Precision Coulombic Efficiency Test (pdf T29)
- T30 – Electron Paramagnetic Resonance Spectroscopy
4. Information about post-mortem assessment of material
- T2 – Glow Discharge Optical Emission Spectroscopy (pdf T2)
- T3 – X-Ray Scanning Nano Spectroscopy
- T4 – Time of Flight-Secondary Ion Mass Spectrometry coupled to Focus Ion Beam preparation
- T8 – X-Ray Micro & Nano Tomography
- T9 – X-Ray Bragg Diffraction Microscopy
- T11 – Coherent X-ray Diffraction Imaging
- T13 – Hard X-Ray Total Scattering
- T22 – Differential Scanning Calorimetry