Equipments Details
Description
Types of sample holders available:
Cryo-holder and cryo-transfer holder for looking at frozen hydrated samples.
In-situ heating and biasing:Protochips Aduro 500 (link to in-situ page)
In-situ liquid and electrochemistry:Protochips Poseidon 510 (link to in-situ page)
Fischione tomography (+/- 70° tilt)
Typical Applications
Microstructure and nanostructure: size and morphology
Cross-section analysis (layer thickness, interface quality)
Crystal structure determination through electron diffraction
Defect analysis (dislocations, stacking faults, etc.)
High resolution images (~0.2 nm resolution)
Chemical information – composition and bonding (EDS, EELS) from single points, line scans or maps
Energy filtered imaging (EFTEM)
Z-contrast imaging using high angle annular dark field (HAADF)
Application Examples
Z-Contrast Imaging of InAs Quantum Wells in GaAs/AlAs Quantum Wells
Nanocrystalline Diamond in Ru-Doped DLC Films
XPS and HR-TEM Analysis of High k Thin Films
Cryo-holder and cryo-transfer holder for looking at frozen hydrated samples.
In-situ heating and biasing:Protochips Aduro 500 (link to in-situ page)
In-situ liquid and electrochemistry:Protochips Poseidon 510 (link to in-situ page)
Fischione tomography (+/- 70° tilt)
Typical Applications
Microstructure and nanostructure: size and morphology
Cross-section analysis (layer thickness, interface quality)
Crystal structure determination through electron diffraction
Defect analysis (dislocations, stacking faults, etc.)
High resolution images (~0.2 nm resolution)
Chemical information – composition and bonding (EDS, EELS) from single points, line scans or maps
Energy filtered imaging (EFTEM)
Z-contrast imaging using high angle annular dark field (HAADF)
Application Examples
Z-Contrast Imaging of InAs Quantum Wells in GaAs/AlAs Quantum Wells
Nanocrystalline Diamond in Ru-Doped DLC Films
XPS and HR-TEM Analysis of High k Thin Films
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