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For the detection, identification and quantification of trace elements |
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Electron microscopy, whether it is a transmission or scanning system, can be used to detect, locate, identify and quantify the elements present, even at low concentrations. The analyses can be made using different techniques: X analysis, electron backscattering, imaging and electron energy loss spectroscopy.
![En haut : Cartographie chimique du dioxyde de titane (TiO2) par spectroscopie électronique en mode image (ESI) en bas : Spectre de perte d'énergie du dioxyde de titane (456eV)](https://trigenotoul.com/wp-content/uploads/2014/09/montage-analyse.jpg)
Top: Chemical cartography of titanium dioxide (TiO2) by electron spectroscopy imaging (ESI)
Bottom: Energy loss spectrum of titanium dioxide (456 eV)
Services:
- Chemical cartography
- Qualitative or quantitative spectroscopy, by electron energy loss or X analysis
Access mode:
- With assistance
- As service delivery
ELEMENTAL ANALYSIS
Name |
Techniques used |
Location |
M.E.T. 2100 | Imaging and spectroscopy by electron energy loss | METi – UPS Campus |
M.E.B. ESEM Quanta 250 | By X analysis or electron backscattering | CMEAB – Rangueil medecine university |