Latest revision as of 09:09, 27 June 2023

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This section is written by DTU Nanolab internal if nothing else is stated.

TEM

Transmission Electron Microscopy (TEM) is a technique, where accelerated electrons penetrate a thin sample and are collected on a detector. Dependenging on the type of detector, different signals and sample characteristics can be acquired. The electron beam is steered by electromagnetic lenses.

We have four TEMs available at DTU Nanolab. Click on the instrument to find more information about the equipment and available techniques:


Tecnai T12 Biotwin	Tecnai T20	Titan ATEM	Titan ETEM

Comparison between TEMs at DTU Nanolab - building 314/307

Microscope		T12	T20	ATEM	ETEM
Purpose		TEM characterization Spectroscopic charaterization	TEM characterization STEM characterization Spectroscopic charaterization	High-resolution STEM imaging Analytical microscopy Holography	High-resolution TEM imaging ETEM experiments Spectroscopic charaterization
Resolution	TEM mode	>3.5 Å	1.44 Å	1.02 Å	0.9 Å
Resolution	STEM mode	no STEM	about 10 Å	0.8 Å	1.36 Å
Spectroscopy	EDX	Oxford X-Max 80T/AZtec	Oxford X-Max 80T/AZtec	Oxford X-Max 100TLE/AZtec	Oxford X-Max 80T/AZtec
	EELS	no EELS	Gatan 863 Tridiem GIF	Gatan 865 Tridiem GIF	Gatan 866 Tridiem GIF

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+'''Feedback to this page''': '''[mailto:labadviser@nanolab.dtu.dk?Subject=Feed%20back%20from%20page%20http://labadviser.nanolab.dtu.dk/index.php/LabAdviser/314/Microscopy_314-307/TEM click here]'''
+''This section is written by DTU Nanolab internal if nothing else is stated.''
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 = TEM =
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 We have four TEMs available at DTU Nanolab. Click on the instrument to find more information about the equipment and available techniques:
-{| border="0" cellspacing="75" align="center"
+{| border="0" cellspacing="75" style="margin: auto;"
 |+
-| align="center" width="200px" heigth="250px" | '''Tecnai T12 Biotwin''' [[image:Microscopy-icon.png|180px|frameless |link=LabAdviser/314/Microscopy_314-307/T12|Tecnai T12 ]]
+| align="center" width="200px" heigth="250px" | '''Tecnai T12 Biotwin''' [[image:Microscopy-icon_TEM.png|180px|frameless |border |link=LabAdviser/314/Microscopy_314-307/TEM/T12|Tecnai T12 ]]
-| align="center" width="200px" | '''Tecnai T20''' [[image:Microscopy-icon.png|180px|frameless |link=314/T20|Tecnai T20 ]]
+| align="center" width="200px" | '''Tecnai T20''' [[image:Microscopy-icon_TEM.png|180px|frameless |border |link=LabAdviser/314/Microscopy_314-307/TEM/T20|Tecnai T20 ]]
-| align="center" width="200px" | '''Titan ATEM''' [[image:Microscopy-icon.png|180px|frameless |link=314/ATEM|Titan ATEM ]]
+| align="center" width="200px" | '''Titan ATEM''' [[image:Microscopy-icon_TEM.png|180px|frameless |border |link=LabAdviser/314/Microscopy_314-307/TEM/ATEM|Titan ATEM ]]
-| align="center" width="200px" | '''Titan ETEM''' [[image:Microscopy-icon.png|180px|frameless |link=314/ETEM|Titan ETEM ]]
+| align="center" width="200px" | '''Titan ETEM''' [[image:Microscopy-icon_TEM.png|180px|frameless |border |link=LabAdviser/314/Microscopy_314-307/TEM/ETEM|Titan ETEM ]]
 |}
+== Comparison between TEMs at DTU Nanolab - building 314/307 ==
+{{TEM comparison table}}