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Chemistry and Materials
Microscopy and Micro-Fluorescence X (M2FART)
Platform
The activities of the M2FART platform focus on the observation and chemical analysis of materials of varied nature (metals, polymer, ceramics, biological). The platform has a pressure-controlled scanning electron microscope coupled with an X microanalysis and X micro fluorescence system.
Thanks to the complementarity of these two techniques, this equipment, which is unique in the region, allows a wide range of detection limits from ppm to % for quantification of the chemical composition of samples and for chemical mapping. Thanks to the Peltier plate installed on this equipment, it is also possible to observe samples sensitive to degassing (hydrated and biological samples). At the data processing level, the use of the 3D MAP software allows 3D reconstruction of the images and access to the dimensional parameters of the samples.
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Christian Mathieu
Scientific manager
Skills
• Qualitative and quantitative spectrum analysis using Energy Selective Spectrometry and Micro-Fluorescence X-ray Spectrometry
• Chemical mapping
• Dimensional data processing by 3D MAP software
Applications sectors
- Energy
- Chemistry / Plastics (Glue, Plastic, Rubber...)
- Materials (Metal, Glass, Ceramic, Composite...)
- Science / Research
- Business services
Services provided
• Observation of degassing sensitive samples (hydrated and biological samples)
• Sample chemical analysis by energy selective spectrometry
• Sample chemical analysis by X-ray micro-fluorescence spectrometry
• Chemical mapping
Training offers
Consulting services
Discover the detailed equipment list: here
Equipments
Nom | Modèle | Marque |
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Pressure-controlled scanning electron microscope | SU3800/ | HITACHI |
Affiliated institutions / organisations
Partner institution(s)
Unit(s) of attachment
Competitive cluster
Labellisations
Regional strategic areas of activity
- Chemistry and Materials
- Coatings and surface treatments
- Green chemistry
- Industrial processes engineering, efficient processes
- Organic chemistry
- Recycling of materials and efficient use of material resources
- Textiles, composites, materials