Precession Electron Diffraction (PED) Scanned Acquisition
Integrated beam precession enabling new experiments
Synchronized beam scanning and precession with multi-signal data acquisition
Advanced control of NanoMEGAS DigiSTAR and external optical CCD camera
Virtual STEM imaging with beam precession control
Virtual BF/DF via external optical CCD
Multiple scan modes (spot, line, area)
Video-rate imaging using external optical CCD camera (binocular position)
Fast acquisition of diffraction patterns
On-line distortion correction of CCD camera images
STEM precession electron diffraction (PED) imaging – 4D spatially resolved PED
Acquisition of diffraction patterns with quasi-kinematical (X-ray like) intensities
Advanced image processing features
Intuitive workflow
Screenshot Topspin User Interaction – GaN HEMT
(STEM & Precession Electron
Diffraction)
Mayenite mineral electron diffraction pattern
(changing precession angle 0-3
deg)