Transmission Electron Microscopy (TEM)

 

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Austrian Scanning Transmission Electron Microscope (ASTEM)

The ASTEM (Austrian Scanning Transmission Electron Microscope) is a probe-
corrected high end TEM/STEM system that is equipped for high resolution
analytical research with unprecedented speed: thanks to the unique combination
of a high-sensitivity SDD X-ray spectrometer (Super-X) and a high-resolution
post-column energy filter (GIF Quantum) within one acquisition system, the
microscope offers high speed (up to 1000 spectra/s) simultaneous EELS/EDS
spectrum imaging for a wide range of analytical
investigations for both light and heavy elements. Pfeilb1klkl

 

 

 

 

 

TF20Zeichnung

FEI Tecnai F20

This microscope is equipped with a monochromated FEG in combination with
a Quantum energy filter and is the high end instrument of the institute at the
moment. Besides classical methods (bright field and dark field imaging,
selected area and convergent beam diffraction) various analytical methods
(EDXS, EFTEM and EELS) as well as tomography are applied at both high spatial
and high energy resolution. Furthermore, the microscope can be used in
scanning transmission mode (STEM) supported by a novel digiscan unit
allowing for high-speed spectrum imaging. Pfeilb1klkl

 

 

 

T12-3z

FEI Tecnai 12

In combination with the Bioscan camera, the T12 is a microscope aimed at
biological research. However, it is used for a wide range of tasks such as
investigations of not only biological samples but also polymers, thin films,
fibers, ceramics, powders, single crystals and can also be used for acquisitionof 3D tomography tilt series and microanalysis using EDXS. Pfeilb1klkl
 

 

 

 

CM20

Philips CM 20

As a fully equipped analytical electron microscope the CM 20 is used in a wide area of tasks such as chemical analyses (EDXS, EFTEM/EELS) as well as classic electron microscopical methods (Bright Field, Dark Field, Selective Area Electron Diffraction, Convergent Beam Electron Diffraction). A Digiscan II control unit also allows using the analytical tools in STEM mode (Spectrum imaging)Pfeilb1klkl