Skip to main content
Subsidiary of the Research and Graduate Studies Office of the AVP

Electron Microscope Overview

Overview of the electron microscopes housed in the BYU Electron Microscopy Facility. Click on a microscope name for more details.

Microscopes

Tecnai TF-20 TEMVerios SEMHelios Nanolab 600 Dual Beam SEMApreo C SEM
ETD

X

X

X

BSE

X

X

EDXA

X

X

X

X

EBSD

X

X

CL

X

FIB

X

Immersion Lens

X

X

Optiplan Mode

X

TLD

X

X

Low Vac

X

STEM

X

X

X

T1

X

T2

X

Acronym Definitions

ETDEverhart-Thornley Detector. This is a secondary electron and back-scattered electron detector used in scanning electron microscopes.

BSEBackscatter Electron Detection is primarily sensitive to density and atomic number and as such can be used to obtain material contrast.

EDXAEnergy Dispersive X-ray Analysis is an analytical technique used for the elemental analysis or chemical characterization of a sample.

EBSDElectron Backscattered Diffraction makes it possible to look at the crystal structure and crystal orientation of a sample.

CLCathodoluminescence may be used to examine internal structures of semiconductors, rocks, ceramics, glass, etc. in order to get information on the composition, growth and quality of the material.

FIBFocused Ion Beam microscopy can achieve higher resolution than is typically possible for SEM.

Immersion Lens – A lens that enables higher resolution imaging.

Optiplan Mode – The operating mode used on the Apreo SEM for most imaging with a short working distance using T1 and T2 detectors.

TLDThrough the Lens Detector. Detects secondary electrons to allow for higher resolution imaging.

Low VacLow Vacuum mode, used for dry samples, especially ones that cannot be coated using traditional coating methods.

STEMScanning Transmission Electron Microscopy. Allows for special techniques to be used not usually possible with conventional SEM or TEM instruments by combining scanning and transmission microscopy.

T1 and T2 – The detectors used for detecting backscattered and secondary electrons on the Apreo SEM.