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Pushing Electron Microscopy!

McGill Electron Microscopy Research Group promotes education of master and PhD students at McGill University based on a strong interaction between our research/academic staff and the students. Pushing the limits of our equipment to improve the knowledge of tomorrow's materials is our main axis of research as well as establishing low voltage scanning electron microscopy as an efficient technique for materials characterization.

3D-FIB view
Cathode Material

NMC Cathode
Material

Li2CoSiO4 cathode material

Li2CoSiO4 cathode material

Ti-6Al-4V alloy - ECCI

Ti-6Al-4V alloy - ECCI

Iron carbides in tempered martensitic steel

Iron carbides in tempered martensitic steel

TiO2 on CNTs

TiO2 on CNTs

EDS map of TiO2 on CNTs

EDS map of TiO2 on CNTs

AA2099 AlLiCu alloy - Li map by EELS

AA2099 AlLiCu alloy - Li map by EELS

PTFE network

PTFE network

Electrical steel

Electrical steel

CNTs in PTFE

CNTs in PTFE

CNTs in polymer

CNTs in polymer

CNTs in epoxy (cryo-fracture)

CNTs in epoxy (cryo-fracture)

CNT + PtNi nanoparticles (SE)

CNT + PtNi nanoparticles (SE)

CNT + PtNi nanoparticles (BSE)

CNT + PtNi nanoparticles (BSE)

CNT + PtNi nanoparticles

CNT + PtNi nanoparticles

Clay + PLA composite

Clay + PLA composite

Clay + PLA composite

Clay + PLA composite

Cancerous cells

Cancerous cells

Cancerous cells

Cancerous cells

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